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    <channel>

        <title>biosights</title>

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

        <language>en-us</language>

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

        <image>
            <url>http://www.rupress.org/biosights/biosights_med.jpg</url>
            <title>biosights</title>
            <link>http://www.rupress.org/biosights/</link>
        </image>

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

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

        <itunes:summary>biosights is a series of life science videos highlighting original
            scientific research published in The Journal of Cell Biology. The shows feature original
            video data and interviews with the scientists who performed the work. </itunes:summary>

        <description>biosights is a series of life science videos highlighting original scientific
            research published in The Journal of Cell Biology. The shows feature original video data
            and interviews with the scientists who performed the work. </description>

        <itunes:owner>

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

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

        </itunes:owner>
        <itunes:explicit>no</itunes:explicit>
        <itunes:image href="http://www.rupress.org/biosights/Biosights_itunes.jpg"/>

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

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


        <!--THIS STARTS THE ITEMS SECTION PLACE NEW ITEMS DIRECTLY BELOW THIS LINE, NEWEST ON TOP-->
        <!--THIS STARTS THE ITEMS SECTION PLACE NEW ITEMS DIRECTLY BELOW THIS LINE, NEWEST ON TOP-->
        <!--THIS STARTS THE ITEMS SECTION PLACE NEW ITEMS DIRECTLY BELOW THIS LINE, NEWEST ON TOP-->


        <item>
            <title>biosights: November 2, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>
            
            <!--description should be the same as iTunes summary. legend.-->
            <description>Melanosomes are  specialized pigment-producing organelles that arise from the endosomal system. A new study reveals that the  clathrin  adaptor AP-1 and the kinesin motor KIF13A combine to sort melanosomal cargo and  position endosomes near to developing melanosomes... &lt;a href=&quot;http://jcb.rupress.org/biosights/biosights_nov_02_2009.dtl&quot;&gt;(more)&lt;/a&gt;</description>
            
            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>Melanosomes and endosomes dance together</itunes:subtitle>
            
            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>Melanosomes are  specialized pigment-producing organelles  that arise from the endosomal system. A new study reveals that the  clathrin  adaptor AP-1 and the kinesin motor KIF13A combine to sort melanosomal  cargo and  position endosomes near to developing melanosomes where they deliver  the cargo  via direct tubular contacts. This biosights episode presents the paper  by &lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/187/2/247&quot;&gt;Delevoye  et al.&lt;/a&gt; from the October 19th, 2009 issue of the&lt;em&gt; Journal of  Cell  Biology&lt;/em&gt;, and includes interviews with authors Gra&amp;#231;a Raposo and C&amp;#233;dric  Delevoye.  Produced by Eun Choi and Ben Short.</itunes:summary>
            
            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_nov_02_2009.m4v"
                length="55106951" type="video/x-m4v"/>
            
            <guid>http://www.rupress.org/biosights/biosights_nov_02_2009.m4v</guid>
            
            <pubDate>2 Nov 2009 10:30:00 EDT</pubDate>
            
            <!--Get duration from itunes-->
            <itunes:duration>7:52</itunes:duration>
            
            <!--key words must be provided by podcast editor-->
            <itunes:keywords>AP-1, KIF13A, kinesin, melanogenesis, melanosomes, endosomes, electron tomography</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>
            
        </item>





        <item>
            <title>biosights: October 5, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>
            
            <!--description should be the same as iTunes summary. legend.-->
            <description>Early stages of drosophila development are marked by rapid cell cycles that go directly from S phase to mitosis without any obvious gap phases. Having previously investigated the role that cyclins play in timing these divisions, McCleland et al. now look at the role that S phase plays in regulating cell cycle progression. This episode of biosights presents two papers by McCleland et al. from the &lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/184/5/639&quot;&gt;March 9, 2009&lt;/a&gt; and &lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/jcb.200906191&quot;&gt;October 5, 2009&lt;/a&gt; issues of the &lt;em&gt;Journal of Cell Biology&lt;/em&gt; and includes interviews with authors Mark McCleland and Patrick O'Farrell. Produced by Eun Choi. </description>
            
            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>S phase as a cell cycle timer</itunes:subtitle>
            
            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>Early stages of drosophila development are marked by rapid cell cycles that go directly from S phase to mitosis without any obvious gap phases. Having previously investigated the role that cyclins play in timing these divisions, McCleland et al. now look at the role that S phase plays in regulating cell cycle progression. This episode of biosights presents two papers by McCleland et al. from the &lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/184/5/639&quot;&gt;March 9, 2009&lt;/a&gt; and &lt;a href=&quot;http://jcb.rupress.org/cgi/content/abstract/jcb.200906191&quot;&gt;October 5, 2009&lt;/a&gt; issues of the &lt;em&gt;Journal of Cell Biology&lt;/em&gt; and includes interviews with authors Mark McCleland and Patrick O'Farrell. Produced by Eun Choi. </itunes:summary>
            
            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_oct_05_2009.m4v"
                length="55106951" type="video/x-m4v"/>
            
            <guid>http://www.rupress.org/biosights/biosights_oct_05_2009.m4v</guid>
            
            <pubDate>5 Oct 2009 10:30:00 EDT</pubDate>
            
            <!--Get duration from itunes-->
            <itunes:duration>8:18</itunes:duration>
            
            <!--key words must be provided by podcast editor-->
            <itunes:keywords>S phase; cyclins; Geminin; mid-blastula transition; Drosophila; embryo; cell cycle; mitotic timing</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>
            
        </item>
        



        <item>
            <title>biosights: September 7, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>
            
            <!--description should be the same as iTunes summary. legend.-->
            <description>The contractile vacuole is an osmoregulatory organelle in protozoans that expels excess water from the cytosol through a complex sequence of membrane movements. A new study identifies a myosin motor protein that orchestrates these movements in Dictyostelia. This biosights episode presents the paper by Jung et al. from the August 24, 2009 issue of the Journal of Cell Biology, and includes an interview with senior author John Hammer III. Produced by Eun Choi and Ben Short.</description>
            
            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>A myosin motor drives contractile vacuole dynamics</itunes:subtitle>
            
            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>The contractile vacuole is an osmoregulatory organelle in protozoans that expels excess water from the cytosol through a complex sequence of membrane movements. A new study identifies a myosin motor protein that orchestrates these movements in Dictyostelia. This biosights episode presents the paper by Jung et al. from the August 24, 2009 issue of the Journal of Cell Biology, and includes an interview with senior author John Hammer III. Produced by Eun Choi and Ben Short.</itunes:summary>
            
            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_Sep_7_2009.m4v"
                length="44858555" type="video/x-m4v"/>
            
            <guid>http://www.rupress.org/biosights/biosights_Sep_7_2009.m4v</guid>
            
            <pubDate>7 Sep 2009 12:30:00 EDT</pubDate>
            
            <!--Get duration from itunes-->
            <itunes:duration>6:45</itunes:duration>
            
            <!--key words must be provided by podcast editor-->
            <itunes:keywords>myosin V, myoJ, membrane transport, contractile vacuole, osmoregulation, Dictyostelium</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>
            
        </item>


        <item>
            <title>biosights: August 10, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>Traditional methodologies can not detect the majority of action occurring
                in complex protein assemblies such as focal adhesions. A new study applied a high
                throughput screen and multi-parametric analysis to identify genes implicated in
                focal adhesion formation. This biosights episode presents a paper by Winograd-Katz
                et al. in the Journal of Cell Biology and includes interviews with authors Sabina
                Winograd-Katz and Benjamin Geiger. Produced by Eun Choi and Aimee
                deCathelineau.</description>

            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>A high-throughput screen launches focal adhesion
                research</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary> Traditional methodologies can not detect the majority of action
                occurring in complex protein assemblies such as focal adhesions. A new study applied
                a high throughput screen and multi-parametric analysis to identify genes implicated
                in focal adhesion formation. This biosights episode presents a paper by
                Winograd-Katz et al. in the Journal of Cell Biology and includes interviews with
                authors Sabina Winograd-Katz and Benjamin Geiger. Produced by Eun Choi and Aimee
                deCathelineau. </itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_Aug_10_2009.m4v"
                length="50121829" type="video/x-m4v"/>

            <guid>http://www.rupress.org/biosights/biosights_Aug_10_2009.m4v</guid>

            <pubDate>10 Aug 2009 12:30:00 EDT</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>7:28</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>focal adhesion, siRNA, screening, microscopy, cell adhesion, migration,
                systems biology</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>

        </item>


        <item>
            <title>biosights: July 14, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>The C-terminus of &#x3b1;-tubulin was thought to lose a tyrosine
                residue in response to microtubule stabilization, but new research shows that the
                opposite is true: tyrosine removal causes microtubules to stabilize by reducing the
                efficiency of depolymerizing motor proteins. This biosights episode presents a paper
                by Peris et al. in the Journal of Cell Biology, and includes interviews with authors
                Leticia Peris and Annie Andrieux. Produced by Justin Paul and Ben
                Short.</description>

            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>Microtubules gain stability by losing a tyrosine</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>The C-terminus of &#x3b1;-tubulin was thought to lose a tyrosine
                residue in response to microtubule stabilization, but new research shows that the
                opposite is true: tyrosine removal causes microtubules to stabilize by reducing the
                efficiency of depolymerizing motor proteins. This biosights episode presents a paper
                by Peris et al. in the Journal of Cell Biology, and includes interviews with authors
                Leticia Peris and Annie Andrieux. Produced by Justin Paul and Ben
                Short.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_Jul_14_2009.m4v"
                length="43160011" type="video/x-m4v"/>

            <guid>http://www.rupress.org/biosights/biosights_Jul_14_2009.m4v</guid>

            <pubDate>14 Jul 2009 14:10:00 EDT</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>6:21</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>Microtubules, detyrosination, kinesins, MCAK, depolymerization,
                tubulin-tyrosine ligase,</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>

        </item>


        <item>
            <title>biosights: March 6, 2009</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>Most cell migration studies are performed in 2D culture dishes, but new
                work suggests that studying cells migrating along 1D lines might give a better
                indication of how migration occurs in vivo. This biosights episode presents a paper
                by Doyle et al. in the Journal of Cell Biology, and includes excerpts from an
                interview with first author Andrew Doyle. Produced by Justin Paul and Ruth Williams. </description>

            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>In cell migration studies, 1D mimics 3D</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>Most cell migration studies are performed in 2D culture dishes, but new
                work suggests that studying cells migrating along 1D lines might give a better
                indication of how migration occurs in vivo. This biosights episode presents a paper
                by Doyle et al. in The Journal of Cell Biology, and includes excerpts from an
                interview with first author Andrew Doyle. Produced by Justin Paul and Ruth
                Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_Mar_6_2008.m4v"
                length="39723729" type="video/x-m4v"/>

            <guid>http://www.rupress.org/biosights/biosights_Mar_6_2009.m4v</guid>

            <pubDate>6 Mar 2009 11:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>5:31</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>cell migration, cancer</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>

        </item>



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

            <!--description should be the same as iTunes summary. legend.-->
            <description>Dictyostelium cells migrate in an orderly head-to-tail arrangement. They do
                this by leaving a trail of vesicles (thought to contain chemoattractant) for their
                fellow cells to follow. This biosights episode presents a paper by Kriebel et al. in
                The Journal of Cell Biology, and includes excerpts from an interview with senior
                author Carole Parent. Produced by Justin Paul and Ruth Williams.</description>

            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>Migrating Dictyostelium cells leave a bread crumb
                trail</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>Dictyostelium cells migrate in an orderly head-to-tail arrangement. They
                do this by leaving a trail of vesicles (thought to contain chemoattractant) for
                their fellow cells to follow. This biosights episode presents a paper by Kriebel et
                al. in the Journal of Cell Biology, and includes excerpts from an interview with
                senior author Carole Parent. Produced by Justin Paul and Ruth
                Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_Dec_15_2008.m4v"
                length="39723729" type="video/x-m4v"/>

            <guid>http://www.rupress.org/biosights/biosights_Dec_15_2008.m4v</guid>

            <pubDate>15 Dec 2008 23:30:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>5:31</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>amoeba, chemotaxis, migration</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>

        </item>





        <item>
            <title>biosights: November 24, 2008</title>
            <itunes:author>The Rockefeller University Press</itunes:author>

            <!--description should be the same as iTunes summary. legend.-->
            <description>Discover how a well-known polarity protein keeps intestinal cells facing
                the right way by controlling their division direction. This biosights episode
                presents a paper by Jaffe et al. in The Journal of Cell Biology, and includes
                excerpts from an interview with senior author Alan Hall. Produced by Justin Paul and
                Ruth Williams.</description>

            <!--subtitle is provided by biosights editor-->
            <itunes:subtitle>Cdc42 keeps gut cells in line</itunes:subtitle>

            <!--Summary must be provided by podcast editor. legend. -->
            <itunes:summary>Discover how a well-known polarity protein keeps intestinal cells facing
                the right way by controlling their division direction. This biosights episode
                presents a paper by Jaffe et al. in The Journal of Cell Biology, and includes
                excerpts from an interview with senior author Alan Hall. Produced by Justin Paul and
                Ruth Williams.</itunes:summary>

            <!--length is total BYTES of the file without commas-->
            <enclosure url="http://www.rupress.org/biosights/biosights_Nov_24_2008.m4v"
                length="36826723" type="video/x-m4v"/>

            <guid>http://www.rupress.org/biosights/biosights_Nov_24_2008.m4v</guid>

            <pubDate>24 Nov 2008 12:00:00 EST</pubDate>

            <!--Get duration from itunes-->
            <itunes:duration>6:24</itunes:duration>

            <!--key words must be provided by podcast editor-->
            <itunes:keywords>Cdc42, cell polarity, intestinal epithelium</itunes:keywords>
            <itunes:explicit>no</itunes:explicit>

        </item>







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