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-            <b>Programmable Logic Devices (PLDs)</b> are engineering chips that can be manually reconfigured after
+            <b>Programmable Logic Devices (PLDs)</b> are chips that can be manually reconfigured after
             manufacturing, enabling them to perform a variety of logic functions. Inspired by PLDs, we have designed a
             programmable synthetic biology framework, LANTERN, which allows users to customize logic gates tailored to
-            their specific scenarios.
+            specific scenarios.
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@@ -362,26 +362,19 @@
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-      <p>
-        With the help of recombinases and CRISPRi, LANTERN can <b>switch between different types of logic gates based on
-          user requirements</b>. <b>Recombinases</b> are used as tools to reprogram the circuits, while <b>CRISPRi
-          functions</b>
-        as a NOT gate. By simply adjusting the inputs and outputs according to specific needs, LANTERN can be
-        reconfigured into virtually any desired logic gate.
-      </p>
+      <p><strong>Recombinases</strong> are used as tools to reprogram the circuits, while <strong>CRISPRi
+          functions</strong> as a NOT gate. LANTERN can be then reconfigured into virtually any desired logic gate by
+        simply adjusting the inputs and outputs according to specific needs.</p>
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-        <p>
-          LANTERN introduces the concept of <b>"programmable pathway synthetic biology"</b>, addressing the need to construct
-          and customize various logical relationships in the lab with potential applications in industrial
-          manufacturing. Drawing inspiration from PLDs in electrical engineering, LANTERN bridges the gap between
-          engineering and bioengineering. <b>This represents what we want to contribute to the iGEM community —
-            harnessing engineering principles to uncover the mysteries of biology.</b>
-        </p>
+        <p>LANTERN introduces the concept of &quot;programmable pathways,&quot; addressing the need to construct and
+          customize various logical relationships in the lab with potential applications in industrial manufacturing.
+          Drawing inspiration from PLDs in electrical engineering, this also represents the ideology we want to convey
+          to the iGEM community — <em>harnessing engineering principles to uncover the mysteries of biology</em>.</p>
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@@ -395,11 +388,9 @@
         <p id="lantern-p">
           Why the name <b>LANTERN</b>?
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-        <p class="animate-on-scroll-heading enter">
-          The digits "0" and "1" are fundamental to logic gates, and we noticed that their shapes can perfectly form the
-          pattern of a traditional Chinese lantern. This inspired us to name our system LANTERN, symbolizing both its
-          foundation in logic and its connection to cultural heritage.
-        </p>
+        <p>The digits &quot;0&quot; and &quot;1&quot; are fundamental to logic gates, and we noticed that their shapes
+          can perfectly form the pattern of a traditional Chinese lantern. This inspired us to name our system LANTERN,
+          symbolizing both its foundation in logic and its connection to cultural heritage.</p>
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