diff --git a/src/attributions.md b/src/attributions.md
index 7ae2f652228976dab864cd86729fe936c14796f5..0d86e38badaf959c9c5c0816e0dd122671041b4f 100644
--- a/src/attributions.md
+++ b/src/attributions.md
@@ -6,7 +6,7 @@ author:
headergif: https://static.igem.wiki/teams/5115/header/attribution-header-new.gif
---
-<br><br>
+## We are Fudan iGEMers!
The content below is fetched from [https://attributions.igem.org?team=Fudan&year=2024](https://attributions.igem.org?team=Fudan&year=2024).
diff --git a/src/heritage.md b/src/heritage.md
index eb3b94a363a20ebef94658745a748ba025c229b3..7af3bba2c5193689d7e8d7351b3d21ec72b5481b 100644
--- a/src/heritage.md
+++ b/src/heritage.md
@@ -6,7 +6,7 @@ author:
url: /fudan/team/#meet-our-members
---
-<br><br>
+## Fudan
<strong>Fudan University</strong>has been taking part in [iGEM Competition](https://old.igem.org/Timeline) since 2011. Among one of the first teams in China to participate in iGEM, we have deepened our understanding in synthetic biology over the years and endeavored to pass down both our knowledge and our passion, for follew teams that come.
diff --git a/src/human-practices.md b/src/human-practices.md
index 66010f3c6b7128a0a11e9fe6265f147f760a9a6f..cd5261056d59ac3f5e126ca79f064661aca08821 100644
--- a/src/human-practices.md
+++ b/src/human-practices.md
@@ -13,7 +13,7 @@ author:
<br>
-“Human Practices†refers to iGEM teams’ proactive efforts to assess how their work interacts with the world and the broader impacts it creates. [MINERAL](/fudan/description/) project addressed the industrial issue of nickel wastewater pollution, aiming to contribute to a better planet and future for humanity. This vision also evolved through the project's lifecycle. Our HP efforts helped us navigate challenges, fostering connections with esteemed scientists, wastewater treatment enterprises, government bodies, and like-minded teams, all of which played pivotal roles in key decisions throughout the project.
+“Human Practices†refers to iGEM teams’ proactive efforts to assess how their work interacts with the world and the broader impacts it creates. The [MINERAL](/fudan/description/) project addressed the industrial issue of nickel wastewater pollution, aiming to contribute to a better planet and future for humanity. This vision also evolved through the project's lifecycle. Our HP efforts helped us navigate challenges, fostering connections with esteemed scientists, wastewater treatment enterprises, government bodies, and like-minded teams, all of which played pivotal roles in key decisions throughout the project.
Next, join us as we embark on an exciting HP journey together!
@@ -475,10 +475,11 @@ Another issue is the catalytic mechanism of [hydrogenase](https://parts.igem.org
<p>
<strong><small>📅 Date:</small></strong> <small>Aug. 2th, 2024</small><br>
<strong><small>👥 People:</small></strong> <small>Xujie Tan</small><br>
- <strong><small>ðŸ–‡ï¸ Respondent Profile:</small></strong> <small>Prof. Xiaoling Xu, PI of the School of Basic Medicine at Hangzhou Normal University, has achieved heterologous expression of Cupriavidus necator hydrogenase in E. coli, which has catalytic activity. This result has been supported by multiple publications</small>
+ <strong><small>ðŸ–‡ï¸ Respondent Profile:</small></strong> <small>Prof. Xiaoling Xu, PI of the School of Basic Medicine at Hangzhou Normal University, has achieved heterologous expression of Cupriavidus necator hydrogenase in <em>E. coli</em>, which has catalytic activity. This result has been supported by multiple publications</small>
</p>
</div>
+
We have focused on three issues:
1. What specific conditions are required for the reduction of nickel ions to their elemental form, and where are the key steps?
@@ -769,16 +770,16 @@ Attachment: [Interview Record Shanghai Water Authority](https://static.igem.wiki
<br><br>
</div>
</div>
-
<div style="background-color: rgba(254, 188, 91, 0.75); padding: 1px 10px; border-radius: 8px;">
<p>
<strong><small>📅 Date:</small></strong> <small>Aug. 5th, 2024</small><br>
- <strong><small>👥 People:</small></strong> <small>Lin Qi, Ruiwen Ma</small><br>
+ <strong><small>👥 People:</small></strong> <small>Kevin Qi, Ruiwen Ma</small><br>
<strong><small>ðŸ–‡ï¸ Respondent Profile:</small></strong> <small>Professor Mingbo Yin, affiliated with the School of Life Sciences at Fudan University, focuses on the systematics and evolution of zooplankton. His research explores the taxonomy of zooplankton, the mechanisms behind the formation and maintenance of diversity, and the molecular basis of their adaptive evolution, aiming to reveal their critical role in sustaining the health of aquatic ecosystems.</small>
</p>
</div>
+
[Professor Yin](https://life.fudan.edu.cn/b3/2c/c28175a308012/page.htm) initially approached our discussion from the perspective of industrial applications, suggesting that we could set up a buffer pool to absorb nickel, facilitating its deposition or collection, which is suitable for industrial wastewater treatment. He also raised concerns about potential [biosafety issues](/fudan/safety/#project-risk-control) that our project might entail. He proposed that for the treatment of lake and river pollution, ecological principles could be employed to manage *E. coli* through the food chain (plankton), but noted that biosafety is difficult to ensure. Additionally, controlling the quantity of *E. coli* is challenging; on one hand, we must avoid having too few bacteria, which would be ineffective, and on the other hand, we should prevent having too many bacteria that could lead to unknown effects. Lastly, Professor Yin highlighted the difficulties of biosafety assessments and emphasized the need to handle biosafety issues related to genetically modified *E. coli* with caution.
<br>
@@ -814,15 +815,15 @@ We had a discussion about our project with [Chuyue Zhang, the leader of the Fuda
<br><br>
</div>
</div>
-
<div style="background-color: rgba(254, 188, 91, 0.75); padding: 1px 10px; border-radius: 8px;">
<p>
<strong><small>📅 Date:</small></strong> <small>Aug. 5th, 2024</small><br>
- <strong><small>👥 People:</small></strong> <small>Ruiwen Ma, Lin Qi, Yi Shi</small><br>
+ <strong><small>👥 People:</small></strong> <small>Ruiwen Ma, Kevin Qi, Yi Shi</small><br>
<strong><small>ðŸ–‡ï¸ Respondent Profile:</small></strong> <small>Philip Beachy, a Stanford professor, is a leading expert on the Hedgehog signaling pathway, important in development and disease research. He has made major contributions over his 40-year career, including cloning the gene and developing drugs.Katrin Andreasson, also at Stanford, studies how immune responses lead to brain damage, especially in Alzheimer’s disease. She co-directs Stanford’s Alzheimer’s Disease Research Center.</small>
</p>
</div>
+
On August 5, we discussed the future of our project with [Professor Philip Beachy](https://www.med.stanford.edu/profiles/philip-beachy) and [Professor Katrin Andreasson](https://www.med.stanford.edu/profiles/katrin-andreasson). They believed that our project could be applied to more metals, and similar principles could yield broader social benefits.
<br>
diff --git a/src/promotion-video.md b/src/promotion-video.md
index 0ae4059ada1fd9627a6a2803c245e1882cd83b52..928136d762ff1cc70dc8c5edce08ded7ab71cbbf 100644
--- a/src/promotion-video.md
+++ b/src/promotion-video.md
@@ -67,7 +67,7 @@ We use *Escherichia coli* as our chassis and introduce three modules to realize
</div>
-<br>
+## PV
Finally, our centerpiece: the Nickel Microfactory. By introducing carboxysomes with oxygen-tolerant hydrogenase, our Nickel Microfactory reduces nickel ions to microparticles in the presence of hydrogen. We have also established a symbiotic *E. coli*-cyanobacteria system for hydrogen production via photosynthesis.
diff --git a/src/team.md b/src/team.md
index 49d88c5e4e5bee07f24fe902f26269e4739f2609..5b01ab5548e344323ccfcee2993bbd82ab0ac6ef 100644
--- a/src/team.md
+++ b/src/team.md
@@ -17,7 +17,7 @@ Welcome to our Fudan iGEM 2024 Team page, where you meet the exceptional individ
### Xujie Tan
-#### The Deadliner
+#### The Deadline Breaker
<div style="text-align: center;">
<img src="https://static.igem.wiki/teams/5115/team/xujie-tan.jpg" style="width:50%">