Vedemy (CSIR NET Life Science/GATE/DBT/ICMR/NEET) ️

An interesting lecture about ECG Video will premiere at 11am on 26th Oct Don't forget to Watch https://youtu.be/41Qt5fZSw5g

🌞 Good morning, students! 📚 It's a brand new day to dive into the fascinating world of science. Did you know that even in the realm of established physics, there are intriguing exceptions? Isaac Newton's "laws" revolutionized the way we understand the world around us, and they still hold true in most cases. However, within our own bodies, there's a phenomenon that appears to defy these laws. Human sperm cells, with their unique blob-like heads and incredibly long tails, challenge the laws of physics just by existing. These tiny swimmers move using their tail, or flagella, in a way that leaves physicists baffled. In theory, the surrounding fluid should dissipate all the energy exerted by the sperm cells, making them stationary. Yet, the elasticity of their shape-shifting flagella allows them to move without losing much energy to the environment. This defiance of Newton's Third Law is known as the 'odd elastic modulus.' This intriguing concept was introduced to the scientific community around 2019, and it's a testament to the mysteries that still exist within the microscopic world. As budding scientists, perhaps one day you'll uncover the precise mechanisms that enable these agile swimmers to defy the laws we hold dear. Exploring this concept could not only help us understand the wonders of evolution but also pave the way for innovative applications, such as soft, elastic robots. So, embrace the day with curiosity and wonder as you ponder the mysteries that science has to offer. 🤔🔬🔍 #GoodMorningScience #CuriousMinds Source: https://journals.aps.org/prxlife/abstract/10.1103/PRXLife.1.023002

Post Translation quiz starting in 5 mins

🔬 Molecular Biology Quiz Week Schedule 🔍 Tue: Post Translation Modification Wed: Gene Regulation Thurs: Inhibitors Fri: Virus Gene Regulation Set your alarms for 9 PM on Telegram! 🚀📚 Group Link: https://t.me/+FQF7AosfALY4NDNl Channel: https://t.me/smartlearningacademy

Going to be Live at 5pm hurry Up Join Now Personality Development Part-2 From Birth Till Death This lecture will blow your Mind Must Watch Session for All Link: https://youtube.com/live/VU-1m3eEn20?feature=share

Going to be live at 12 Pm Link : https://youtube.com/live/ryfU8TtimNo?feature=share

Good morning, students! 🌞📚 Did you know that a single honeybee can visit up to 5,000 flowers in a day? 🐝 Let's draw inspiration from this incredible fact. Just like the diligent bee, your determination and hard work can lead to remarkable accomplishments. Be persistent in your efforts, and success will follow. 🌼🌸 Embrace the power of pollination, where each small action contributes to a bigger, beautiful ecosystem. Your actions, no matter how small, can have a positive impact on the world. 🌍💪 So, seize the day, work diligently, and remember that your efforts, like the busy bee, can create something truly remarkable! 🌟📖💡

Mark the Date and Time: 23 oct at 5:00 Pm Personality Development Part-2 From Birth Till Death This lecture will blow your Mind Must Watch Session for All Link: https://youtube.com/live/VU-1m3eEn20?feature=share

https://youtu.be/VZ1oDJCrJJg This YouTube video, featuring Manisha Verma, offers an in-depth exploration of Amino Acids, emphasizing mnemonics, classification, quick recalling, and an engaging Trick Series. In this tutorial, we break down the complexities of Amino Acids, providing mnemonics to aid in remembering Amino Acid structures, classifications, and properties. With Manisha Verma's guidance, you'll find Amino Acids simplified and accessible, making it suitable for beginners and advanced learners alike. Discover practical study tips, cheat sheets, and effective strategies for memorizing Amino Acids efficiently. The video presents an innovative approach to Amino Acids using mnemonics and charts, ensuring a memorable and enjoyable learning experience.