The Model Your Microbe competition, organized by Melaka-必威体育betway888 Medical College (MMMC), 必威体育betway888, is an annual event that encourages students to design innovative microbial models aimed at solving global challenges. This year, the competition attracted numerous teams from various institutions, each presenting unique and practical microbial solutions. Our team participated with great enthusiasm and creativity, and we were honoured to secure the first prize for our exceptional model, which combined environmental sustainability with medical advancements.

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Our Team:

The team consisted of five dedicated students, each contributing their skills, knowledge, and passion for science:

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1. Akshita Gupta??

2. Raj Aryan Maturi??

3. Ann Rose Satheesh??

4. Deepthi P Sreeganthan??

5. Bhumika Sehgal??

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The Model:

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“DARB-A”

Degradable Atmospheric Resource Bio-Assistant

(lovingly called BRAAD)

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The name was an amalgamation of the initial letters of all of the team members names!

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Our model was conceptualized as a multifunctional microbe capable of addressing various global issues, ranging from environmental pollution to medical advancements. Each segment of the microbe was designed to fulfil a specific, practical function:

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1.??? Poly Muncher: A segment designed to convert plastics into biodegradable waste, addressing the growing environmental concerns of plastic pollution.

2.??? Radiation Ralphe: A segment capable of absorbing radiation through DNA repair mechanisms, potentially offering a solution for radiation exposure and contamination.

3.??? Magnetic Mike: A segment that synthesizes magnetite and ferrite crystals, enabling waste segregation and targeted cancer therapy.

4.??? Oily Joe: A segment that breaks down oil particles in cases of oil spills, aiding in the protection of marine life and ecosystems.

5.??? Oxy Bloom: A segment that mimics photosynthesis in plants, using chlorophyll to convert carbon dioxide into oxygen, addressing air quality concerns.

6.??? Hydro Gen: A segment that combines atmospheric hydrogen and oxygen to produce water, offering a potential solution to water scarcity in arid regions.

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The primary objective of our model was to offer innovative biological solutions to pressing global challenges. By integrating environmental restoration and medical advancements within one organism, our design represented a holistic approach to solving modern-day issues. The model not only provided a solution for environmental concerns such as plastic pollution and oil spills but also demonstrated the potential of biotechnology in medical applications like cancer treatment and radiation absorption.

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Our model was met with significant appreciation from the judges for its ingenuity, feasibility, and potential for real-world application. The interdisciplinary nature of the design and its multifunctional approach were recognized as key factors in its success. This culminated in our team winning the first prize, a testament to our hard work, collaboration, and innovative thinking.

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Participating in the Model Your Microbe competition was an enriching and rewarding experience for all of us. It allowed us to push the boundaries of creativity and science while collaborating effectively as a team. The first-place victory not only reflects the strength of our idea but also serves as a motivation to continue pursuing innovative scientific endeavours that can positively impact society. We are grateful for the opportunity to showcase our work and contribute to the global conversation on environmental and medical solutions.