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    <channel>

        <title>biobytes</title>

        <link>http://www.rupress.org/biobytes/</link>

        <language>en-us</language>

        <copyright>2008 The Rockefeller University Press</copyright>

        <image>
            <url>http://jcb.rupress.org/biobytes/biobytes_med.jpg</url>
            <title>biobytes</title>
            <link>http://www.rupress.org/biobytes/</link>
        </image>

        <itunes:subtitle>Life sciences podcast from The Rockefeller University
            Press</itunes:subtitle>

        <itunes:author>The Rockefeller University Press</itunes:author>

        <itunes:summary>biobytes is a series of life sciences news podcasts highlighting original
            scientific research published in The Journal of Cell Biology and The Journal of
            Experimental Medicine. Each show features interviews with leading scientists from across
            the globe.</itunes:summary>

        <description>biobytes is a series of life sciences news podcasts highlighting original
            scientific research published in The Journal of Cell Biology and The Journal of
            Experimental Medicine. Each show features interviews with leading scientists from across
            the globe.</description>

        <itunes:owner>

            <itunes:name>Rockefeller University Press</itunes:name>

            <itunes:email>biobytes@rockefeller.edu</itunes:email>

        </itunes:owner>

        <itunes:explicit>no</itunes:explicit>

        <itunes:image href="http://jcb.rupress.org/biobytes/BioBytes_itunes.jpg"/>

        <itunes:keywords>cell, biology, genetics, immunology, cancer, disease, development,
            neuroscience, biochemistry, molecular, nature, science</itunes:keywords>

        <itunes:category text="Science &amp; Medicine"/>


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        <item>
            <title>biobytes: November 16, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>
            
            <!--description should be the same as iTunes summary. legend. Be sure that times are inserted after citations.-->
            <description>In the November 16th edition of biobytes, Cathleen Carlin (Case Western Reserve University, Cleveland, OH) explains how an adenoviral protein regulates cholesterol trafficking... &lt;a href=&quot;http://jcb.rupress.org/biobytes/biobytes_nov_16_2009_gen.shtml&quot;&gt;(more)&lt;/a&gt;</description>
            
            
            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>00:55 - RID&#x3B1; rescues NPC sorting defects; 06:50 - JCB round-up; 11:00 - Division-independent egress of stem cells; 16:20 - JEM round-up; 18:30 - Interaction between Cripto-1 and Notch receptors</itunes:subtitle>
            
            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the November 16th edition of biobytes, Cathleen Carlin (Case Western Reserve University, Cleveland, OH) explains how an adenoviral protein regulates cholesterol trafficking (&lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/187/4/537&quot;&gt;Cianciola and Carlin&lt;/a&gt;, JCB); Deepta Bhattacharya (Stanford University, CA/Washington University School of Medicine, St. Louis, MO) describes how hematopoietic stem cells frequently vacate their bone marrow niche without dividing (&lt;a href=&quot;http://jem.rupress.org/cgi/content/abstract/jem.20090778&quot;&gt;Bhattacharya et al.&lt;/a&gt;, JEM); and David Salomon (National Institutes of Health, Bethesda, MD) discusses the enhancement of Notch signaling by the Nodal co-receptor Cripto-1 (&lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/187/3/343&quot;&gt;Watanabe et al.&lt;/a&gt;, JCB). Plus a round-up of other highlights from the JCB and JEM. The show was written and produced by Eun Choi, Aimee deCathelineau, Amy Maxmen and Ben Short. Presented by Ben Short.</itunes:summary>
            
            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_nov_16_2009.mp3" length="23370824"
                type="audio/mpeg"/>
            
            <guid>http://www.jcb.org/biobytes/biobytes_nov_16_2009.mp3</guid>
            
            <pubDate>16 Nov 2009 10:50:00 EST</pubDate>
            
            <!--Get duration from itunes-->
            <itunes:duration>24:17</itunes:duration>
            
            <!--key words must be provided by podcast editor-->
            <itunes:keywords>Adenovirus, RID&#x3B1;, cholesterol sorting, Niemann-Pick disease, hematopoietic stem cells, bone marrow, niche, stem cell replacement, Notch, Cripto-1, Nodal, signaling crosstalk.</itunes:keywords>
        </item>






        <item>
            <title>biobytes: October 19, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>
            
            <!--description should be the same as iTunes summary. legend. Be sure that times are inserted after citations.-->
            <description>In the October 19th edition of biobytes, Preethi Vijayaraj (University   of Bonn, Germany) explains how keratins regulate protein biosynthesis   (&#x3C;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/187/2/175&quot;&gt;Vijayaraj et al.&#x3C;/a&gt;, JCB - 05:50); Soman Abraham (Duke University, Durham, NC)   reveals that mast cells release insoluble packages of TNF that signal to remote lymph nodes... &lt;a href=&quot;http://jcb.rupress.org/biobytes/biobytes_oct_19_2009_gen.shtml&quot;&gt;(more)&lt;/a&gt; </description>
            
            
            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>Keratins regulate protein biosynthesis; 05:50 – JCB round-up; 08:20 – Mast cell signaling to lymph nodes; 14:00 – JEM round-up; 16:05 – Cdc42 and epithelial cell shape </itunes:subtitle>
            
            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the October 19th edition of biobytes, Preethi Vijayaraj (University   of Bonn, Germany) explains how keratins regulate protein biosynthesis   (&#x3C;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/187/2/175&quot;&gt;Vijayaraj et al.&#x3C;/a&gt;, JCB - 05:50); Soman Abraham (Duke University, Durham, NC)   reveals that mast cells release insoluble packages of TNF that signal   to remote lymph nodes (&#x3C;a href=&quot;http://jem.rupress.org/cgi/content/abstract/jem.20090805&quot;&gt;Kunder et al.&#x3C;/a&gt;, JEM - 14:00); and Gregory Longmore   (Washington University, St. Louis, MO) describes how Cdc42 and Rho   GTPases oppose each other to regulate epithelial cell shape (&#x3C;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/187/1/119&quot;&gt;Warner  and Longmore&#x3C;/a&gt;, JCB - 16:05). Plus a round-up of other highlights from the JCB   and JEM. The show was written and produced by Eun Choi, Amy Maxmen, and   Ben Short. Presented by Ben Short.</itunes:summary>
            
            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_oct_19_2009.mp3" length="22195138"
                type="audio/mpeg"/>
            
            <guid>http://www.jcb.org/biobytes/biobytes_oct_19_2009.mp3</guid>
            
            <pubDate>19 Oct 2009 10:50:00 EST</pubDate>
            
            <!--Get duration from itunes-->
            <itunes:duration>23:03</itunes:duration>
            
            <!--key words must be provided by podcast editor-->
            <itunes:keywords>keratins, AMPK, translation control, glucose transport, mast cell, tumor necrosis factor, heparin, lymph nodes, Cdc42, Rho1, actomyosin, cell shape</itunes:keywords>
        </item>
        





        <item>
            <title>biobytes: September 21, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend. Be sure that times are inserted after citations.-->
            <description>In the September 21st edition of biobytes, Veila Fowler (The Scripps Research
                Institute, La Jolla, CA) describes the cytoskeletal structures that underlie
                hexagonal packing in lens epithelial cells... &lt;a href=&quot;http://jcb.rupress.org/biobytes/biobytes_sep_21_2009_gen.shtml&quot;&gt;(more)&lt;/a&gt;</description>


            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>0:45-Regular packing of lens fiber cells maintained by
                Tropomodulin 1 and the spectrin-actin network; 06:31-IL-9 promiscuity and T helper
                cell plasticity; 17:30-TOR-mediated autophagy regulates cell
                death</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the September 21st edition of biobytes, Veila Fowler (The Scripps
                Research Institute, La Jolla, CA) describes the cytoskeletal structures that
                underlie hexagonal packing in lens epithelial cells (Nowak et al., JCB - 00:45);
                Elizabeth Nowak and Randolph Noelle (Dartmouth Medical School, Lebanon, NH), and
                Robert Coffman (Dynavax Technologies, Berkeley, CA) discuss new findings about IL-9
                and the trouble with characterizing T helper cells according to the cytokines they
                secrete (Nowak et al., JEM and Locksley, JEM - 6:31); and Tao Wang (Fred Hutchinson
                Cancer Research Center, Seattle, WA) tells us how autophagy protects from
                neuodegeneration (Wang et al., JCB - 17:30). Plus round-ups of highlights from the
                JCB (21:39) and JEM (16:11). The show was written and produced by Aimee
                deCathelineau, Eun Choi, Amy Maxmen, and Ben Short. Presented by Eun
                Choi.</itunes:summary>

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            <enclosure url="http://www.jcb.org/biobytes/biobytes_sep_21_2009.mp3" length="25365729"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_sep_21_2009.mp3</guid>

            <pubDate>21 Sep 2009 10:50:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>26:21</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>spectrin, actin, cytoskeleton, T Helper cell, cytokine, autophagy, neurodegeneration</itunes:keywords>
        </item>





        <item>
            <title>biobytes: August 24, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend. Be sure that times are inserted after citations.-->
            <description>In the August 24th edition of biobytes, Julie Hollien (University of Utah,
                Salt Lake City, UT) describes how stress activates an ER-membrane nuclease to
                degrade mRNAs (Hollien et al., JCB - 00:45); Arne Akbar (University College London,
                UK) provides one explanation for why immunity diminishes with age (Agius et al., JEM
                - 08:15); and Valter Longo (University of Southern California, Los Angeles, CA)
                reveals how an oncogene homolog promotes mutations in aging yeast (Madia et al., JCB
                - 16:15). Plus a round-up of other highlights from the JCB (08:15)and JEM (13:35).
                The show was written and produced by Eun Choi, Amy Maxmen and Ben Short. Presented
                by Ben Short.</description>


            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>0:45 – Regulated Ire1-dependent decay of mRNAs; 06:10 – JCB round-up;
                08:15 – Reduced immune surveillance in aging skin ; 13:35 – JEM round-up; 16:15 –
                Sch9 promotes age-dependent mutations in yeast </itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the August 24th edition of biobytes, Julie Hollien (University of
                Utah, Salt Lake City, UT) describes how stress activates an ER-membrane nuclease to
                degrade mRNAs (Hollien et al., JCB - 00:45); Arne Akbar (University College London,
                UK) provides one explanation for why immunity diminishes with age (Agius et al., JEM
                - 08:15); and Valter Longo (University of Southern California, Los Angeles, CA)
                reveals how an oncogene homolog promotes mutations in aging yeast (Madia et al., JCB
                - 16:15). Plus a round-up of other highlights from the JCB (08:15)and JEM (13:35).
                The show was written and produced by Eun Choi, Amy Maxmen and Ben Short. Presented
                by Ben Short.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Aug_24_2009.mp3" length="22664034"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Aug_24_2009.mp3</guid>

            <pubDate>24 Aug 2009 09:50:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>23:33</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>ER stress, Ire1, RIDD, mRNA degradation, immunosurveillance, TNF-alpha,
                CD4+ T cells, aging, age-dependent mutations, DNA damage, translesion synthesis,
                Sch9</itunes:keywords>
        </item>





        <item>
            <title>biobytes: July 27, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend. Be sure that times are inserted after citations.-->
            <description>In the July 27th edition of biobytes, Primal de Lanerolle (University of
                Illinois Medical School, Chicago, IL) explains how SUMOylation guides actin into the
                nucleus (Hofmann et al., JCB - 00:45); Victor Nizet (UC San Diego, CA) discovers
                that Streptococcus bacteria use a cell wall protein to evade engulfment by host
                immune cells (Carlin et al., JEM - 07:40); and Jonathan Cooper (Fred Hutchinson
                Cancer Research Center, Seattle, WA) reveals that an endocytic adaptor protein
                recycles integrins to the leading edge to promote cell migration (Teckchandani et
                al., JCB - 14:35). Plus a round-up of other highlights from the JCB (05:35) and JEM
                (14:35). The show was written and produced by Eun Choi, Amy Maxmen, and Ben Short.
                Presented by Ben Short. </description>


            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>00:45 – Nuclear actin is SUMOylated; 05:35 – JCB round-up; 07:40 –
                Bacterial cell wall protein inhibits phagocytosis; 12:15 – JEM round-up; 14:35 –
                Dab2 promotes integrin endocytosis and cell migration</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the July 27th edition of biobytes, Primal de Lanerolle (University of
                Illinois Medical School, Chicago, IL) explains how SUMOylation guides actin into the
                nucleus (Hofmann et al., JCB - 00:45); Victor Nizet (UC San Diego, CA) discovers
                that Streptococcus bacteria use a cell wall protein to evade engulfment by host
                immune cells (Carlin et al., JEM - 07:40); and Jonathan Cooper (Fred Hutchinson
                Cancer Research Center, Seattle, WA) reveals that an endocytic adaptor protein
                recycles integrins to the leading edge to promote cell migration (Teckchandani et
                al., JCB - 14:35). Plus a round-up of other highlights from the JCB (05:35) and JEM
                (14:35). The show was written and produced by Eun Choi, Amy Maxmen, and Ben Short.
                Presented by Ben Short.</itunes:summary>

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            <enclosure url="http://www.jcb.org/biobytes/biobytes_Jul_27_2009.mp3" length="20058494"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Jul_27_2009.mp3</guid>

            <pubDate>27 Jul 2009 09:50:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>20:50</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>SUMOylation, nuclear actin, nuclear export sequence, Group B
                Streptococcus, Siglec-5, &#x03B2;-protein, leukocyte, phagocytosis, Dab2,
                integrin, endocytosis, cell migration</itunes:keywords>
        </item>




        <item>
            <title>biobytes: June 29, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the June 29th edition of biobytes, Matthew Tyska (Vanderbilt University,
                Nashville, TN) reveals how the intestinal brush border sends out packages of enzymes
                to combat gut pathogens (McConnell et al., JCB); Alwin Kraemer (German Cancer
                Research Center, Heidelberg) explains how two centrosomal proteins mutated in
                neurodevelopmental disorders regulate mitotic entry (Tibelius et al., JCB); and JEM
                news editor Amy Maxmen describes how an immune pathway helps tumors grow (Wang et
                al., JEM). The show was written and produced by Amy Maxmen, Ben Short and Ruth
                Williams. Presented by Ruth Williams.</description>


            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>0:26 - Gut microvilli release vesicles as a host-defense mechanism;
                09:15 – Centrosomal proteins function in microcephaly; 15:00 - How tumors exploit an
                inflammatory pathway.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the June 29th edition of biobytes, Matthew Tyska (Vanderbilt
                University, Nashville, TN) reveals how the intestinal brush border sends out
                packages of enzymes to combat gut pathogens (McConnell et al., JCB); Alwin Kraemer
                (German Cancer Research Center, Heidelberg) explains how two centrosomal proteins
                mutated in neurodevelopmental disorders regulate mitotic entry (Tibelius et al.,
                JCB); and JEM news editor Amy Maxmen describes how an immune pathway helps tumors
                grow (Wang et al., JEM). The show was written and produced by Amy Maxmen, Ben Short
                and Ruth Williams. Presented by Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Jun_29_2009.mp3" length="17720440"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Jun_29_2009.mp3</guid>

            <pubDate>29 Jun 2009 09:50:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>18:24</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>enterocyte, brush border, microvilli, Crohn’s disease, inflammation,
                centrosome, microcephalin, pericentrin, chk1, intereferon gamma, interleukin 17,
                Th17</itunes:keywords>
        </item>




        <item>
            <title>biobytes: June 1, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the June 1st edition of biobytes, Kristen Nowak and Nigel Laing (Centre
                for Medical Research, University of Western Australia) reveal that a heart muscle
                protein can replace its skeletal muscle counterpart to correct serious myopathy
                (Nowak et al., JCB), Manuela Sironi explains how parasites have driven interleukin
                gene evolution (Fumagalli et al., JEM), and Renato Iozzo tells of the anti-tumor
                effects of decorin protein (Goldoni et al., JCB). The show was written and produced
                by Amy Maxmen, Ben Short, and Ruth Williams. Presented by Ruth
                Williams.</description>


            <!--subtitle is from the track names part of the legend - include time stamps-->
            <itunes:subtitle>00:32 - Heart muscle actin replaces skeletal muscle actin; 05:50 - How
                parasites have shaped our interleukin genes; 09:25 - Decorin's anti-tumor
                effect.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the June 1st edition of biobytes, Kristen Nowak and Nigel Laing
                (Centre for Medical Research, University of Western Australia) reveal that a heart
                muscle protein can replace its skeletal muscle counterpart to correct serious
                myopathy (Nowak et al., JCB), Manuela Sironi explains how parasites have driven
                interleukin gene evolution (Fumagalli et al., JEM), and Renato Iozzo tells of the
                anti-tumor effects of decorin protein (Goldoni et al., JCB). The show was written
                and produced by Amy Maxmen, Ben Short, and Ruth Williams. Presented by Ruth
                Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Jun_1_2009.mp3" length="15910675"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Jun_1_2009.mp3</guid>

            <pubDate>1 Jun 2009 11:50:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>16:30</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>Myopathy, Cancer, Immune system, Genetics</itunes:keywords>
        </item>



        <item>
            <title>biobytes: May 4, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description> In the May 4th edition of biobytes we hear from Tatiana Petrova
                (University of Lausanne, Switzerland) about lymph vessel development (Norrmén et
                al., JCB), Makkuni Jayaram (University of Texas, Austin, TX) talks parasite
                persistence (Cui et al., JCB), and Thomas Jung (Novartis, Basel, Switzerland) tells
                us about a new drug to combat the autoinflammatory syndrome, CAPS (Lachmann et al.,
                JEM; Nakamura et al., JEM). The show was written, presented and produced by Ruth
                Williams, with additional reporting by Justin Paul. </description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Lymph vessel development; Parasite persistence; Canakinumab, a new drug
                for CAPS.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the May 4th edition of biobytes we hear from Tatiana Petrova
                (University of Lausanne, Switzerland) about lymph vessel development (Norrmén et
                al., JCB), Makkuni Jayaram (University of Texas, Austin, TX) talks parasite
                persistence (Cui et al., JCB), and Thomas Jung (Novartis, Basel, Switzerland) tells
                us about a new drug to combat the autoinflammatory syndrome, CAPS (Lachmann et al.,
                JEM; Nakamura et al., JEM). The show was written, presented and produced by Ruth
                Williams, with additional reporting by Justin Paul. </itunes:summary>

            <!--length is total BYTES of the file without commas-->
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                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_May_4_2009.mp3</guid>

            <pubDate>4 May 2009 11:50:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>18:21</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>development, tissue injury, cancer, parasite,
                Novartis</itunes:keywords>
        </item>





        <item>
            <title>biobytes: April 6, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the April 6th edition of biobytes, we learn from Sergei Sokol (Mount
                Sinai School of Medicine, New York) about a polarity protein's role in brain
                development (Lake and Sokol, JCB), we find out from Paul Anderson (Harvard
                University, Boston, MA) and Roy Parker (University of Arizona, Tucson) how stressed
                cells act on their destructive urges by chopping up tRNAs (Yamasaki et al., JCB;
                Thompson and Parker, JCB); and Jonathan Sprent (Garvan Institute of Medical
                Research, Darlinghurst, Australia) tells us about a new cytokine/antibody
                combination that protects transplanted cells in recipient animals without the need
                for long-term immunosuppression (Webster et al., JEM). The show was written
                presented and produced by Ruth Williams, with additional reporting by Justin
                Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Brain development and asymmetric cell division; cell stress; an
                alternative to immunosuppressive drugs?</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the April 6th edition of biobytes, we learn from Sergei Sokol (Mount
                Sinai School of Medicine, New York) about a polarity protein's role in brain
                development (Lake and Sokol, JCB), we find out from Paul Anderson (Harvard
                University, Boston, MA) and Roy Parker (University of Arizona, Tucson) how stressed
                cells act on their destructive urges by chopping up tRNAs (Yamasaki et al., JCB;
                Thompson and Parker, JCB); and Jonathan Sprent (Garvan Institute of Medical
                Research, Darlinghurst, Australia) tells us about a new cytokine/antibody
                combination that protects transplanted cells in recipient animals without the need
                for long-term immunosuppression (Webster et al., JEM). The show was written
                presented and produced by Ruth Williams, with additional reporting by Justin
                Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Apr_6_2009.mp3" length="17103117"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Apr_6_2009.mp3</guid>

            <pubDate>6 Apr 2009 10:30:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>17:45</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>brain development, cell stress, angiogenesis, autoimmunity,
                transplants</itunes:keywords>
        </item>




        <item>
            <title>biobytes: March 9, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the March 9th edition of biobytes, we hear from Marc Freeman (University
                of Massachusetts) and Michael Coleman (Babraham Institute, Cambridge, UK) about a
                mutant superhero protein that protects neurons from degeneration (Avery et al. and
                Conforti et al., JCB). Also, Alan Rapraeger (University of Wisconsin) tells us about
                a synthetic peptide called synstatin that blocks cancer's blood supply (Beauvais et
                al., JEM). The show was written, presented, and produced by Ruth Williams, with
                additional reporting by Justin Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Neuroprotection by the Wld{s} protein; Cancer-blocking
                systatin.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the March 9th edition of biobytes, we hear from Marc Freeman
                (University of Massachusetts) and Michael Coleman (Babraham Institute, Cambridge,
                UK) about a mutant superhero protein that protects neurons from degeneration (Avery
                et al. and Conforti et al., JCB). Also, Alan Rapraeger (University of Wisconsin)
                tells us about a synthetic peptide called synstatin that blocks cancer's blood
                supply (Beauvais et al., JEM). The show was written, presented, and produced by Ruth
                Williams, with additional reporting by Justin Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Mar_9_2009.mp3" length="15238830"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Mar_9_2009.mp3</guid>

            <pubDate>9 Mar 2009 12:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>12:36</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>neurodegeneration, angiogenesis</itunes:keywords>
        </item>







        <item>
            <title>biobytes: February 9, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the February 9th edition of biobytes, we learn from Scott Coonrod
                (Cornell University, Ithaca, NY) how neutrophils modify their chromatin to make
                effective bug-trapping nets (Wang et al., JCB). Patrick Wilson (University of
                Chicago) explains why having some self-reactive immune cells might not be a bad
                thing (Duty et al., JEM). And Tilmann Achsel (University of Leuven, Belgium)
                describes how, in neurons, mRNAs make the journey from nucleus to dendrites (di
                Penta et al., JCB). The show was written, presented, and produced by Ruth Williams,
                with additional reporting by Justin Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Neutrophil nets; Self-reactive immune cells; mRNA transport in neurons </itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the February 9th edition of biobytes, we learn from Scott Coonrod
                (Cornell University, Ithaca, NY) how neutrophils modify their chromatin to make
                effective bug-trapping nets (Wang et al., JCB). Patrick Wilson (University of
                Chicago) explains why having some self-reactive immune cells might not be a bad
                thing (Duty et al., JEM). And Tilmann Achsel (University of Leuven, Belgium)
                describes how, in neurons, mRNAs make the journey from nucleus to dendrites (di
                Penta et al., JCB). The show was written, presented, and produced by Ruth Williams,
                with additional reporting by Justin Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Feb_9_2009.mp3" length="15238830"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Feb_9_2009.mp3</guid>

            <pubDate>9 Feb 2009 12:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>18:39</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>citrulination, histones, autoimmunity, Lupus, mRNPs,
                Lsm1</itunes:keywords>
        </item>


















        <item>
            <title>biobytes: January 19, 2009 - ASCB Meeting</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>The January 19th issue of biobytes brings you highlights of the 2008 annual
                meeting of the American Society for Cell Biology. We learn how bone marrow
                transplants might stall neurodegeneration (Craig Montell, Johns Hopkins University
                Medical School, Baltimore, MD). JCB News Editor, Ben Short, tells us about David
                Boettiger's (University of Pennsylvania, PA) work on the extracellular matrix and
                cell signaling. We hear how cancer cells find their way into the brain (Joan
                Massagu&#x00E9;, Memorial Sloan-Kettering Cancer Center, New York, NY). And
                lastly, we learn that fly phagocytes get the midnight munchies for certain bugs
                (Mimi Shirasu-Hiza, Stanford University, CA) and that breast cancer cells can have
                very intimate living arrangements (Michael Overholtzer, Memorial Sloan-Kettering
                Cancer Center, New York, NY). The show was written, presented and produced by Ruth
                Williams, with additional writing by Ben Short.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Bone marrow transplants for brain disease; The extracellular matrix and
                cell signaling; How cancer cells find their way to the brain; Fly phagocytes daily
                eating pattern, and the intimate lives of breast cancer cells. </itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>The January 19th issue of biobytes brings you highlights of the 2008
                annual meeting of the American Society for Cell Biology. We learn how bone marrow
                transplants might stall neurodegeneration (Craig Montell, Johns Hopkins University
                Medical School, Baltimore, MD). JCB News Editor, Ben Short, tells us about David
                Boettiger's (University of Pennsylvania, PA) work on the extracellular matrix and
                cell signaling. We hear how cancer cells find their way into the brain (Joan
                Massagu&#x00E9;, Memorial Sloan-Kettering Cancer Center, New York, NY). And
                lastly, we learn that fly phagocytes get the midnight munchies for certain bugs
                (Mimi Shirasu-Hiza, Stanford University, CA) and that breast cancer cells can have
                very intimate living arrangements (Michael Overholtzer, Memorial Sloan-Kettering
                Cancer Center, New York, NY). The show was written, presented and produced by Ruth
                Williams, with additional writing by Ben Short.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Jan_19_2009.mp3" length="1795220"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Jan_19_2009.mp3</guid>

            <pubDate>19 Jan 2009 12:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>18:39</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>mucolipidosis, MLIV, TRPML, Fibronectin, Focal adhesion kinase, sialyl
                transferase, metastasis, circadian rhythm, entosis</itunes:keywords>
        </item>






        <item>
            <title>biobytes: December 15, 2008</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the December 15th edition of biobytes we hear from Eline Luning Prak
                (University of Pennsylvania) about antibody gene editing and autoimmunity (Panigrahi
                et al., JEM), Richard Youle (National Institutes of Health, Bethesda) tells us how a
                Parkinson's-associated protein prompts mitophagy (Narendra et al., JCB), and
                Christina Mitchell and Megan McGrath (Monash University, Melbourne, Australia)
                explain how a protein called FHL1 makes muscle cells mighty (Cowling et al., JCB).
                The show was written, presented, and produced by Ruth Williams, with additional
                reporting by Justin Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Antibody gene editing and autoimmunity; Parkinson's-associated protein
                prompts mitophagy; FHL1 makes muscle cells mighty.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the December 15th edition of biobytes we hear from Eline Luning Prak
                (University of Pennsylvania) about antibody gene editing and autoimmunity (Panigrahi
                et al., JEM), Richard Youle (National Institutes of Health, Bethesda) tells us how a
                Parkinson's-associated protein prompts mitophagy (Narendra et al., JCB), and
                Christina Mitchell and Megan McGrath (Monash University, Melbourne, Australia)
                explain how a protein called FHL1 makes muscle cells mighty (Cowling et al., JCB).
                The show was written, presented, and produced by Ruth Williams, with additional
                reporting by Justin Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Dec_15_2008.mp3" length="10250060"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Dec_15_2008.mp3</guid>

            <pubDate>15 Dec 2008 12:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>21:15</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>receptor editing, B cells, Parkin, Park2, autophagy, hypertrophy,
                myopathy, Reducing-body myopathy</itunes:keywords>
        </item>















        <item>
            <title>biobytes: November 17, 2008</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>In the November 17th edition of biobytes we learn that valproic acid
                improves the memory deficits of Alzheimer's model mice (Qing et al., JEM), Alan Hall
                (Memorial Sloan-Kettering Cancer Center, New York) explains how Cdc42 keeps gut
                cells facing the right way (Jaffe et al., JCB), and Rachelle Crosbie (UCLA, CA)
                tells us why the little protein, sarcospan, could solve the big problem of Duchenne
                muscular dystrophy (Peter et al., JCB).The show was written, presented, and produced
                by Ruth Williams, with additional reporting by Justin Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Valproic acid and Alzheimer's; Cdc42 and gut cell orientation;
                Sarcospan and Duchenne muscular dystrophy.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the November 17th edition of biobytes we learn that valproic acid
                improves the memory deficits of Alzheimer's model mice (Qing et al., JEM), Alan Hall
                (Memorial Sloan-Kettering Cancer Center, New York) explains how Cdc42 keeps gut
                cells facing the right way (Jaffe et al., JCB), and Rachelle Crosbie (UCLA, CA)
                tells us why the little protein, sarcospan, could solve the big problem of Duchenne
                muscular dystrophy (Peter et al., JCB).The show was written, presented, and produced
                by Ruth Williams, with additional reporting by Justin Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Nov_17_2008.mp3" length="9322606"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Nov_17_2008.mp3</guid>

            <pubDate>17 Nov 2008 12:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>19:19</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>GSK-3beta, amyloid-beta plaques, cell polarization, dystrophin,
                utrophin</itunes:keywords>
        </item>






        <item>
            <title>biobytes: October 20, 2008</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the October 20th edition of biobytes, Emma Hill (Journal of Cell
                Biology) joins us in the studio to discuss synaptic plasticity (Bergami et al., JCB)
                and also Alzheimer's disease (Sakurai et al., JCB), Franz Heinz (University of
                Vienna, Austria) explains how his team identified an entry code that flaviviruses
                use to get into cells (Fritz et al., JCB), and Vanda Lennon (Mayo Clinic College of
                Medicine, Rochester, MN) describes the molecular details of Devic's disease (Hinson
                et al., JEM). The show was written, presented, and produced by Ruth Williams, with
                additional reporting by Justin Paul. </description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Synaptic plasticity, Alzheimer's Disease; Flavivirus cell entry;
                Devic's disease.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the October 20th edition of biobytes, Emma Hill (Journal of Cell
                Biology) joins us in the studio to discuss synaptic plasticity (Bergami et al., JCB)
                and also Alzheimer's disease (Sakurai et al., JCB), Franz Heinz (University of
                Vienna, Austria) explains how his team identified an entry code that flaviviruses
                use to get into cells (Fritz et al., JCB), and Vanda Lennon (Mayo Clinic College of
                Medicine, Rochester, MN) describes the molecular details of Devic's disease (Hinson
                et al., JEM). The show was written, presented, and produced by Ruth Williams, with
                additional reporting by Justin Paul. </itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Oct_20_2008.mp3" length="9763662"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Oct_20_2008.mp3</guid>

            <pubDate>20 Oct 2008 12:00:00 EST</pubDate>

            <itunes:duration>20:20</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>astrocytes, BDNF, long-term potentiation, roscovitine, amyloid-beta,
                syntaxin, beta-secretase, tick-borne encephalitis virus,
                aquaporin-4</itunes:keywords>
        </item>



        <item>
            <title>biobytes: September 22, 2008</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the September 22nd edition of biobytes Hema Bashyam (Journal of
                Experimental Medicine) joins us in the studio to discuss long term cardiovascular
                risk from short term sugar highs in diabetes (El-Osta et al., JEM) , Joshua Sanes
                (Harvard University, Cambridge, MA) describes how laminin plays match maker between
                nerves and muscle cells (Nishimune et al., JCB), and Habib Zaghouani (University of
                Missouri, Columbia, MO) describes the cellular events in newborns that might explain
                why babies are so susceptible to certain infections (Lee et al., JEM). The show was
                written, presented and produced by Ruth Williams, with additional reporting by
                Justin Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>How short term sugar highs lead to long term cardiovascular
                complications in diabetics; Shaping both sides of the neuromuscular junction with
                laminin; cellular events in immunity of the newborn.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the September 22nd edition of biobytes Hema Bashyam (Journal of
                Experimental Medicine) joins us in the studio to discuss long term cardiovascular
                risk from short term sugar highs in diabetes (El-Osta et al., JEM) , Joshua Sanes
                (Harvard University, Cambridge, MA) describes how laminin plays match maker between
                nerves and muscle cells (Nishimune et al., JCB), and Habib Zaghouani (University of
                Missouri, Columbia, MO) describes the cellular events in newborns that might explain
                why babies are so susceptible to certain infections (Lee et al., JEM). The show was
                written, presented and produced by Ruth Williams, with additional reporting by
                Justin Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Sept_22_2008.mp3" length="8116474"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Sept_22_2008.mp3</guid>

            <pubDate>22 Sep 2008 12:00:00 EST</pubDate>

            <itunes:duration>16:54</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>diabetes, epigenetics, NF-kappaB, atherosclarosis, synapse,
                extracellular matrix, laminin, T helper cells, dendritic cells,
                IL-12</itunes:keywords>
        </item>

        <item>



            <title>biobytes: August 25, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the August 25th edition of biobytes Hema Bashyam (Journal of
                Experimental Medicine) joins us in the studio to explain how ticks fend off immune
                cells while they feed (Deruaz et al., JEM), James Allison (Sloan-Kettering Cancer
                Center, New York) talks about a combination immunotherapy for cancer (Quezada et
                al., JEM), and Alana O'Reilly (Fox Chase Cancer Center, Philadelphia) explains how
                follicle stem cells have a hand in building their own niche (O'Reilly et al., JCB).
                The show was written, presented and produced by Ruth Williams, with additional
                reporting by Justin Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>How ticks fend off immune cells; Combination immunotherapy for cancer;
                How follicle stem cells attach to their niche.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the August 25th edition of biobytes Hema Bashyam (Journal of
                Experimental Medicine) joins us in the studio to explain how ticks fend off immune
                cells while they feed (Deruaz et al., JEM), James Allison (Sloan-Kettering Cancer
                Center, New York) talks about a combination immunotherapy for cancer (Quezada et
                al., JEM), and Alana O'Reilly (Fox Chase Cancer Center, Philadelphia) explains how
                follicle stem cells have a hand in building their own niche (O'Reilly et al., JCB).
                The show was written, presented and produced by Ruth Williams, with additional
                reporting by Justin Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Aug_25_2008.mp3" length="7287669"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Aug_25_2008.mp3</guid>

            <pubDate>25 Aug 2008 12:00:00 EST</pubDate>

            <itunes:duration>15:11</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>ticks, evasins, CTLA4, anti-cancer vaccines, T regs, follicle stem
                cells, stem cell niche, ovaries</itunes:keywords>
        </item>






        <item>



            <title>biobytes: July 28, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the July 28th edition of biobytes Hema Bashyam (Journal of Experimental
                Medicine) joins us in the studio to discuss platelet derivation from ES cells
                (Nishikii et al., JEM) and a decade-early signal for Huntington's disease
                (Bjorkqvist et al., JEM), Pradipta Ghosh (University of California, San Diego) talks
                about a molecular switch for cell migration (Ghosh et al., JCB), and biobytes new
                recruit Justin Paul (Rockefeller University) asks Tony Hyman (Max Planck Institute,
                Dresden, Germany) how dividing cells set the length of their spindles. The show was
                written and presented by Ruth Williams and produced by Ruth Williams and Justin
                Paul.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Platelet derivation from ES cells; IL-6, a decade-early marker for
                Huntington's disease; A molecular switch for migration; How dividing cells set the
                length of spindles.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the July 28th edition of biobytes Hema Bashyam (Journal of
                Experimental Medicine) joins us in the studio to discuss platelet derivation from ES
                cells (Nishikii et al., JEM) and a decade-early signal for Huntington's disease
                (Bjorkqvist et al., JEM), Pradipta Ghosh (University of California, San Diego) talks
                about a molecular switch for cell migration (Ghosh et al., JCB), and biobytes new
                recruit Justin Paul (Rockefeller University) asks Tony Hyman (Max Planck Institute,
                Dresden, Germany) how dividing cells set the length of their spindles. The show was
                written and presented by Ruth Williams and produced by Ruth Williams and Justin
                Paul.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_July_28_2008.mp3" length="8520024"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_July_28_2008.mp3</guid>

            <pubDate>28 Jul 2008 12:00:00 EST</pubDate>

            <itunes:duration>17:45</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>Platelets, Huntington's disease, IL-6, metastasis, cell migration,
                spindle, cell division, mitosis</itunes:keywords>
        </item>




        <item>



            <title>biobytes: June 30, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the second June edition of biobytes we talk to Ken Smith (Cambridge
                University, UK) about how one protein poses a risk for two different autoimmune
                diseases (Willcocks et al., JEM), Aimee deCathelineau (Journal of Cell Biology)
                joins us in the studio to chat about pancreatitis and autophagy (Hashimoto et al.,
                JCB), and Eric Schon (Columbia University, NY) discusses mitochondrial nucleoids and
                disease (Gilkerson et al., JCB). The show was written, presented, and produced by
                Ruth Williams.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Autoimmune diseases; Pancreatitis and autophagy; Mitochondrial
                genetics.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the second June edition of biobytes we talk to Ken Smith (Cambridge
                University, UK) about how one protein poses a risk for two different autoimmune
                diseases (Willcocks et al., JEM), Aimee deCathelineau (Journal of Cell Biology)
                joins us in the studio to chat about pancreatitis and autophagy (Hashimoto et al.,
                JCB), and Eric Schon (Columbia University, NY) discusses mitochondrial nucleoids and
                disease (Gilkerson et al., JCB). The show was written, presented, and produced by
                Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_June_30_2008.mp3" length="10620686"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_June_30_2008.mp3</guid>

            <pubDate>30 Jun 2008 12:20:00 EST</pubDate>

            <itunes:duration>22:07</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>autoimmunity, FCGR3B, lupus, AASV, antibody-associated vasculitis,
                pancreatitis, trypsin, trypsinogen, autophagy, mitochondria, nucleoids
            </itunes:keywords>
        </item>






        <item>



            <title>biobytes: June 2, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the June edition of biobytes Peter Cook (Oxford University, UK) talks
                about what makes genes go to certain transcription factories (Xu and Cook, JCB),
                Toby Lawrence (Barts and The London School of Medicine and Dentistry, UK) tells us
                how to re-educate tumor macrophages (Hagemann et al., JEM), we hear about sluggish
                synaptic vesicles and schizophrenia from Zhuan Zhou (Peking University, Beijing,
                China)(Chen et al., JCB), and Xiao-Jiang Li (Emory University School of Medicine,
                Atlanta, GA) tells us about targeting cytoplasmic huntingtin aggregates with
                intrabodies (Wang et al., JCB), with comment from Junying Yuan (Harvard Medical
                School, Boston). The show was written, presented, and produced by Ruth
                Williams.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>Transcription factories; Re-educating macrophages; Synaptic vesicle
                dynamics and schizophrenia; cytoplasmic huntingtin and
                intrabodies.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>In the June edition of biobytes Peter Cook (Oxford University, UK) talks
                about what makes genes go to certain transcription factories (Xu and Cook, JCB),
                Toby Lawrence (Barts and The London School of Medicine and Dentistry, UK) tells us
                how to re-educate tumor macrophages (Hagemann et al., JEM), we hear about sluggish
                synaptic vesicles and schizophrenia from Zhuan Zhou (Peking University, Beijing,
                China)(Chen et al., JCB), and Xiao-Jiang Li (Emory University School of Medicine,
                Atlanta, GA) tells us about targeting cytoplasmic huntingtin aggregates with
                intrabodies (Wang et al., JCB), with comment from Junying Yuan (Harvard Medical
                School, Boston). The show was written, presented, and produced by Ruth
                Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_June_2_2008.mp3" length="9235150"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_June_2_2008.mp3</guid>

            <pubDate>2 Jun 2008 13:50:00 EST</pubDate>

            <itunes:duration>20:37</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>transcription factories, promoter, intron, tumor macrophages,, NF-kB,
                vesicles, synapse, schizophrenia, DTNBP1, huntingtin, huntington's diseases,
                intrabodies </itunes:keywords>

        </item>









        <item>



            <title>biobytes: May 2, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the May edition of biobytes we talk to Gerald Zamponi (University of
                Calgary, Canada) about what normal prion proteins get up to (Khosravani et al.,
                JCB), Paul Goepfert (University of Alabama at Birmingham, AL) talks about HIV
                transmission (Goepfert et al., JEM, see also: Keipela et al., Nat Med), We learn
                that Rac1 has a role inside the nucleus (Michaelson et al., JCB), and Robert
                Schneider (New York University of Medicine, New York) reveals that translation
                control is more complex than we thought (Ramirez-Valle et al., JCB). The show was
                written, presented, and produced by Ruth Williams.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>What prion proteins normally do; HIV transmission; Rac1's new role;
                Translation control.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend with removed artcile references-->
            <itunes:summary>In the May edition of biobytes we talk to Gerald Zamponi (University of
                Calgary, Canada) about what normal prion proteins get up to (Khosravani et al.,
                JCB), Paul Goepfert (University of Alabama at Birmingham, AL) talks about HIV
                transmission (Goepfert et al., JEM, see also: Keipela et al., Nat Med), We learn
                that Rac1 has a role inside the nucleus (Michaelson et al., JCB), and Robert
                Schneider (New York University of Medicine, New York) reveals that translation
                control is more complex than we thought (Ramirez-Valle et al., JCB). The show was
                written, presented, and produced by Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_May_2_2008.mp3" length="9899917"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_May_2_2008.mp3</guid>

            <pubDate>2 May 2008 15:50:00 EST</pubDate>

            <itunes:duration>20:37</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>alum, vaccine adjuvant, aluminium hydroxide, uric acid, T-regs, OX40,
                WASP proteins, lamellipodia, lamella, progeria, stem cells, aging, lamin
                A</itunes:keywords>

        </item>














        <item>



            <title>biobytes: April 7, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary.-->
            <description>In the April edition of biobytes Bart Lambrecht (Erasmus University Medical
                Centre, Rotterdam, Netherlands) reveals the secret of alum's success, Mario Colombo
                (Fondazione IRCCS Istituto Nazionale dei Tumori, Milan, Italy) talks about a tumor
                rejection by targeting T-regs, we hear about a new step in cancer cell movement from
                John Condeelis (Albert Einstein College of Medicine, New York), and we learn about
                the link between stem cells, lamin A, and aging. The show was written, presented,
                and produced by Ruth Williams.</description>

            <!--subtitle is from the track names part of the legend but edited to remove time stamps-->
            <itunes:subtitle>The secret of alum's success; Tumor rejection by T-reg inhibition;
                Cancer cell migration; Stem cells and aging.</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend with removed artcile references-->
            <itunes:summary>In the April edition of biobytes Bart Lambrecht (Erasmus University
                Medical Centre, Rotterdam, Netherlands) reveals the secret of alum's success, Mario
                Colombo (Fondazione IRCCS Istituto Nazionale dei Tumori, Milan, Italy) talks about a
                tumor rejection by targeting T-regs, we hear about a new step in cancer cell
                movement from John Condeelis (Albert Einstein College of Medicine, New York), and we
                learn about the link between stem cells, lamin A, and aging. The show was written,
                presented, and produced by Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Apr_7_2008.mp3" length="9004844"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Apr_7_2008.mp3</guid>

            <pubDate>7 Apr 2008 13:45:00 EST</pubDate>

            <itunes:duration>18:45</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>alum, vaccine adjuvant, aluminium hydroxide, uric acid, T-regs, OX40,
                WASP proteins, lamellipodia, lamella, progeria, stem cells, aging, lamin
                A</itunes:keywords>

        </item>

        <item>



            <title>biobytes: March 10, 2008</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary-->
            <description>In the March edition of biobytes Craig Morrell (John Hopkins University
                School of Medicine, Baltimore) tells us about a brain factor that also promotes
                blood-clotting, we find out from Dennis Discher (University of Pennsylvania,
                Philadelphia) how macrophages stop short of swallowing 'self' cells, Norma Andrews
                (Yale University, New Haven) explains how membranes are repaired by endocytosis and
                exocytosis, and we learn about a downside of an innate antibacterial response.
                Written, presented, and produced by Ruth Williams.</description>

            <!--subtitle is from the legend but edited to remove time stamps-->
            <itunes:subtitle>A brain factor that promotes blood clotting; How macrophages stop short
                of swallowing 'self' cells; Membrane repair by endo- and exocytosis; A downside of
                an innate antibacterial response.</itunes:subtitle>

            <!--must be provided by podcast editor-->
            <itunes:summary>In the March edition of biobytes Craig Morrell (John Hopkins University
                School of Medicine, Baltimore) tells us about a brain factor that also promotes
                blood-clotting, we find out from Dennis Discher (University of Pennsylvania,
                Philadelphia) how macrophages stop short of swallowing 'self' cells, Norma Andrews
                (Yale University, New Haven) explains how membranes are repaired by endocytosis and
                exocytosis, and we learn about a downside of an innate antibacterial response.
                Written, presented, and produced by Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Mar_10_2008.mp3" length="7957445"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Mar_10_2008.mp3</guid>

            <pubDate>10 Mar 2008 12:00:00 EST</pubDate>

            <itunes:duration>16:34</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>glutamate, blood-clotting, anticoagulant, macrophages, phagocytosis,
                CD47, membrane repair, endocytosis, exocytosis, granuloma,
                salmonella</itunes:keywords>

        </item>


        <item>



            <title>biobytes: February 14, 2008 - ASCB</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary-->
            <description>The February edition of biobytes is a special report on the recent annual
                meeting of the American Society for Cell Biology. We hear from Kasturi Mitra
                (National Institute of Health, Bathesda, MD) about a cell-wide mitochondrial fusion
                event that boosts ATP production; we learn how tumors build their own migration
                highways (work by Ning Yang, University of Wisconsin, Madison, WI); we hear from
                Karen Ridge (Northwestern University, Chicago, IL) about how lung cells deal with
                physical stress; and lastly, Nikki LeBrasseur finds out from Erika Holzbaur
                (University of Pennsylvania, Philadelphia, PA) how microtubule motorproteins deal
                with road bumps. The show was written, presented, and produced by Ruth
                Williams.</description>

            <!--subtitle is from the legend but edited to remove time stamps-->
            <itunes:subtitle>Cell-wide mitochondrial fusion boosts ATP production; Tumors build
                migration highways; Lung cells stiffen against stress; Microtubule motorproteins
                deal with road bumps. Written and produced by Ruth Williams</itunes:subtitle>

            <!--must be provided by podcast editor-->
            <itunes:summary>The February edition of biobytes is a special report on the recent
                annual meeting of the American Society for Cell Biology. We hear from Kasturi Mitra
                (National Institute of Health, Bathesda, MD) about a cell-wide mitochondrial fusion
                event that boosts ATP production; we learn how tumors build their own migration
                highways (work by Ning Yang, University of Wisconsin, Madison, WI); we hear from
                Karen Ridge (Northwestern University, Chicago, IL) about how lung cells deal with
                physical stress; and lastly, Nikki LeBrasseur finds out from Erika Holzbaur
                (University of Pennsylvania, Philadelphia, PA) how microtubule motorproteins deal
                with road bumps. The show was written, presented, and produced by Ruth
                Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Feb_14_2008_ASCB.mp3"
                length="9674845" type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Feb_14_2008_ASCB.mp3</guid>

            <pubDate>14 Feb 2008 13:00:00 EST</pubDate>

            <itunes:duration>20:09</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>mitochondria, cancer, metastasis, keratin, mechanical ventilation,
                microtubules, motorproteins, tau</itunes:keywords>

        </item>




        <item>



            <title>biobytes: December 18, 2007</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary-->
            <description>In the December edition of biobytes we discuss how mature neurons avoid
                cell suicide, with Mohanish Deshmukh (University of North Carolina); the good and
                bad sides of a new angiogenesis factor, with Charles Lambert (University of Liege,
                Belgium); and lung cell overgrowth in asthma, with Patrick Berger (University of
                Bordeaux, France). We also learn what's behind a form of pyschosis that occurs in
                some lupus patients. The show was written, presented, and produced by Ruth
                Williams.</description>

            <!--subtitle is from the legend but edited-->
            <itunes:subtitle>How mature neurons avoid cell suicide, The good and bad sides of a new
                angiogenesis factor, Lung cell overgrowth in asthma, Psychosis in lupus
                patients</itunes:subtitle>

            <!--must be provided by Ruth-->
            <itunes:summary>In the December edition of biobytes we discuss how mature neurons avoid
                cell suicide, with Mohanish Deshmukh (University of North Carolina); the good and
                bad sides of a new angiogenesis factor, with Charles Lambert (University of Liege,
                Belgium); and lung cell overgrowth in asthma, with Patrick Berger (University of
                Bordeaux, France). We also learn what's behind a form of pyschosis that occurs in
                some lupus patients. The show was written, presented, and produced by Ruth
                Williams.</itunes:summary>

            <!--length is total BYTES of the file-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Dec_18_2007.mp3" length="9997379"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Dec_18_2007.mp3</guid>

            <pubDate>18 Dec 2007 12:00:00 EST</pubDate>

            <itunes:duration>20:42</itunes:duration>

            <!--key words must be provided by Ruth-->
            <itunes:keywords>Apoptosis, angiogenesis, VEGF, asthma, psycosis,
                lupus</itunes:keywords>

        </item>


        <item>



            <title>biobytes: November 19, 2007</title>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary-->
            <description>In the November edition of Biobytes we discuss tumor cell migration with
                Aly Karsan (British Columbia Cancer Research Centre, Vancouver) and John Condeelis
                (Albert Einstein College of Medicine, New York), and we talk to Danielle Malo
                (McGill University, Canada) about typhoid and malaria. Also in the show: urinary
                tract infections and neurodegeneration. The show was written, presented, and
                produced by Ruth Williams.</description>

            <!--subtitle is from the legend but edited-->
            <itunes:subtitle>How cancer cells start migrating, How cancer cells change direction, A
                typhoid susceptibility mutation protects against Malaria, Neuronal autophagy,
                Dehydration and urinary tract infection</itunes:subtitle>

            <!--must be provided by news editor-->
            <itunes:summary>In the November edition of Biobytes we discuss tumor cell migration with
                Aly Karsan (British Columbia Cancer Research Centre, Vancouver) and John Condeelis
                (Albert Einstein College of Medicine, New York), and we talk to Danielle Malo
                (McGill University, Canada) about typhoid and malaria. Also in the show: urinary
                tract infections and neurodegeneration. The show was written, presented, and
                produced by Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file-->
            <enclosure url="http://www.jcb.org/biobytes/biobytes_Nov_19_2007.mp3" length="9520610"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes_Nov_19_2007.mp3</guid>

            <pubDate>19 Nov 2007 12:00:00 EST</pubDate>

            <itunes:duration>19:50</itunes:duration>

            <!--key words must be provided by Ruth-->
            <itunes:keywords>cancer, tumor, typhoid, malaria, urinary tract infections,
                neurodegeneration</itunes:keywords>

        </item>


        <item>

            <title>biobytes: October 15, 2007</title>

            <description>In the October edition of biobytes we discuss stressed out yeast with Mark
                Ashe (Manchester University, UK), sepsis drug engineering with Hartmut Weiler (Blood
                Research Institute, Milwaukee), and cell death by detachment with Lance Terada
                (University of Texas). Also in the show: autoantibodies in multiple sclerosis, and
                mRNA editing. The show was written, presented, and produced by Ruth
                Williams.</description>

            <itunes:author>The Rockefeller University Press</itunes:author>

            <itunes:subtitle>Yeast stress, engineered sepsis drug, cell death by detachment, MS
                autoantibodies, mRNA editing</itunes:subtitle>

            <itunes:summary>In the October edition of biobytes we discuss stressed out yeast with
                Mark Ashe (Manchester University, UK), sepsis drug engineering with Hartmut Weiler
                (Blood Research Institute, Milwaukee), and cell death by detachment with Lance
                Terada (University of Texas). Also in the show: autoantibodies in multiple
                sclerosis, and mRNA editing. The show was written, presented, and produced by Ruth
                Williams.</itunes:summary>

            <enclosure url="http://www.jcb.org/biobytes/biobytes20071015.mp3" length="10434685"
                type="audio/mpeg"/>

            <guid>http://www.jcb.org/biobytes/biobytes20071015.mp3</guid>

            <pubDate>15 Oct 2007 12:00:00 EST</pubDate>

            <itunes:duration>22:03</itunes:duration>

            <itunes:keywords>RNA granules, sepsis, anoikis, cancer, multiple sclerosis, mRNA
                editing</itunes:keywords>

        </item>

    </channel>

</rss>
