Experimental Learning
1.Central dogma of life
Ms. Bhumika Mirashi from the B.Sc Final Year has delved into the central dogma of molecular biology, a fundamental framework illustrating the flow of genetic information within cells. This concept encompasses DNA replication, transcription, and translation: DNA is replicated to generate more DNA, transcribed into mRNA, and then translated into proteins. This sequence is crucial for understanding how genetic information is transferred and expressed within organisms. Biopolymers, including proteins, RNA, and DNA, play essential roles in this process.
The standard biological information flow includes DNA replication (DNA copied to DNA), transcription (DNA information transcribed to mRNA), and translation (mRNA used as a template for protein synthesis). Special processes involve RNA replication (RNA copied from RNA) and reverse transcription (DNA synthesized from an RNA template). Some unknown processes, such as direct protein synthesis from DNA without mRNA or the use of protein structures as templates for RNA or DNA synthesis, remain subjects of active research.
In her experiments, Ms. Mirashi is exploring these fundamental mechanisms to deepen her understanding of genetic information manipulation and expression. Her research aims to push the boundaries of the central dogma, potentially uncovering novel mechanisms and advancing applications in genetic research and biotechnology.
2. Herbal Antiseptic Soap preparation
Ms. Bhumika Mirashi
On February 28, 2023, during the Science Day celebrations at RTM Nagpur University, Bhumika Mirashi, a final-year B.Sc. student from the CMBT group, presented her project titled "Herbal Antiseptic Soap Preparation." Guided by her teachers, Bhumika’s project focused on creating a soap enriched with natural antiseptic properties. The formulation utilized essential oils and extracts from herbs such as neem, tea tree, and aloe vera, known for their antimicrobial and skin-soothing benefits.
Her presentation detailed the selection and preparation of these herbal ingredients, the soap-making techniques employed, and the testing of the final product for its antiseptic effectiveness. Bhumika emphasized the growing consumer demand for natural and eco-friendly personal care products, highlighting the advantages of herbal soaps over synthetic alternatives. Her project not only showcased her technical skills in product development but also underscored her understanding of the broader trends towards sustainable and health-conscious hygiene solutions. The presentation was well-received, reflecting both the practical application of her work and its relevance to current industry trends.
These projects highlight how the Department of Microbiology not only fosters students' talents but also underscores its commitment to creating a dynamic and innovative environment. The department provides a robust platform for students to showcase their experimental skills, innovative ideas, and dedication. Additionally, it encourages a collaborative atmosphere where students can engage with cutting-edge research and gain practical experience, further enhancing their academic and professional growth.