Add Prymnesium parvum B12-limited SynCom

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@@ -512,7 +512,7 @@ <h1>CommunityMech</h1>
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-                    Showing <span id="results-count">370</span> of 370 communities
+                    Showing <span id="results-count">371</span> of 371 communities
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@@ -8338,6 +8338,37 @@ <h2>Propanotrophic Chlorinated Ethene Cometabolism Enrichment Cultures</h2>
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+                    <a href="communities/Prymnesium_Parvum_B12_Limited_SynCom.html"
+                       class="community-card"
+                       data-id="Prymnesium_Parvum_B12_Limited_SynCom"
+                       data-name="prymnesium parvum b12-limited syncom"
+                       data-description="a defined 16-member marine algal-bacterial holobiont in which prymnesium parvum ccap 646/6 was cocultured in l1 medium with a 15-strain synthetic bacterial community and monitored under nitrogen, phosphorus, or vitamin b12 limitation. patron et al. (2026) inoculated all syncom bacteria in equal proportions and compared photobioreactor cultures with and without the syncom for 14 days. nitrogen and phosphorus limitation did not reveal a major growth benefit from the syncom, whereas b12 limitation triggered a mutualistic state in which bacterial cobalamin provisioning rescued algal growth, b12-producing bacteria upregulated cobalamin biosynthesis, and b12-auxotrophic bacteria induced vitamin transport and b12-dependent enzymes.
+"
+                       data-category="PHYTOPLANKTON"
+                       data-state="ENGINEERED"
+                       data-metals=""
+                       data-ree=""
+                       data-relevance="NOT_APPLICABLE"
+                       data-member-count="16">
+                        <h2>Prymnesium parvum B12-Limited SynCom</h2>
+                        <p class="description">A defined 16-member marine algal-bacterial holobiont in which Prymnesium parvum CCAP 646/6 was cocultured in L1 medium with a 15-strain synthetic bacterial community and monitored under nitrogen, phosphorus, or vitamin B12 limitation. Patron et al. (2026) inoculated all SynCom bacteria in equal proportions and compared photobioreactor cultures with and without the SynCom for 14 days. Nitrogen and phosphorus limitation did not reveal a major growth benefit from the SynCom, whereas B12 limitation triggered a mutualistic state in which bacterial cobalamin provisioning rescued algal growth, B12-producing bacteria upregulated cobalamin biosynthesis, and B12-auxotrophic bacteria induced vitamin transport and B12-dependent enzymes.
+</p>
+                        <div class="card-footer">
+                            <div class="card-footer-left">
+                                <span class="badge badge-member-count" title="Number of member taxa">
+                                    <svg width="12" height="12" viewBox="0 0 12 12" style="vertical-align: middle; margin-right: 3px;">
+                                        <circle cx="6" cy="3" r="2" fill="currentColor"/>
+                                        <circle cx="3" cy="8" r="1.5" fill="currentColor" opacity="0.7"/>
+                                        <circle cx="9" cy="8" r="1.5" fill="currentColor" opacity="0.7"/>
+                                    </svg>
+                                    16
+                                </span>
+                                <span class="badge badge-ENGINEERED">ENGINEERED</span>
+                            </div>
+                            <span class="badge badge-category">PHYTOPLANKTON</span>
+                        </div>
+                    </a>
+
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                        class="community-card"
                        data-id="Pseudomonas_Bacillus_Waxy_Oil_Biodegradation_Consortium"