https://www.instagram.com/p/DBtHhoSvSqr/?igsh=bzBtcTh3dHFwNmph
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mroffiicer
@mroffiicer
UPSC-UPPCS MENTOR
🎖️31 Aspirants cracked Pre,12 Mains
👨🏼🎓APSC rank 85
👩🏻🎓OPSC rank 59,159
🧑🏻🎓CAPF rank 155
⏩️ @mroffiicer Mentorship⏪️
↗️EXP-6yrs
mroffiicer (English)
Are you aspiring to crack the UPSC or UPPCS exam? Look no further, as mroffiicer is here to guide you on your journey to success. With 30 aspirants already cracking the Prelims and 11 making it through the Mains, along with impressive ranks in APSC (rank 85), OPSC (rank 59), and CAPF (rank 155), mroffiicer is your ultimate mentor for UPSC and UPPCS exams. With 6 years of experience, @mroffiicer provides expert guidance and mentorship to help you achieve your dream of becoming a civil servant. Join mroffiicer today and take the first step towards a successful career in the civil services!
mroffiicer
29 Oct, 07:28
https://www.instagram.com/p/DBsxcD3PEVp/?igsh=MXF1bThreGtmYXZzbQ==
Just look at this man !
Just look at this man !
mroffiicer
28 Oct, 10:03
https://www.instagram.com/p/DBqdvbLP3TC/?igsh=cTRhYzZzZmE3N2sx
Read caption !
Read caption !
mroffiicer
17 Oct, 09:18
https://www.instagram.com/reel/DBOD4nZvkXz/?igsh=MWQ4ZTAzeXFudzNxMA==
Bass ek baaar !
Bass ek baaar !
mroffiicer
11 Oct, 05:36
Nobel Prize in Chemistry 2024: AI Breakthroughs in Protein Research
Why are proteins important?
- Proteins are essential molecules in all living things. They do almost everything in our bodies, like helping with digestion, providing structure to cells, and fighting diseases. Without proteins, life wouldn’t exist.
---
What did the 2023 Nobel Prize winners do?
1. Who are the winners?
- David Baker, Demis Hassabis, and John Jumper.
2. What did they achieve?
- They didn’t find new proteins, but they developed amazing tools that help scientists quickly figure out the 3D structure of proteins.
- Hassabis and Jumper created an AI tool called AlphaFold, which can predict the shape of proteins with great accuracy.
- Baker used computers to design new, artificial proteins that can do special things that natural proteins can’t do.
---
Why is understanding the structure of proteins important?
- The shape of a protein decides what job it can do. For example, some proteins break down food, others fight infections.
- Figuring out a protein’s shape used to take a long time (months or years), using old methods like x-ray crystallography.
- Now, thanks to these new AI tools, scientists can figure out protein structures much faster and create new proteins that could help solve problems like plastic pollution.
---
What is AlphaFold?
- AlphaFold is an AI-powered tool that predicts the 3D structure of proteins just by looking at the sequence of amino acids (the building blocks of proteins).
- It uses huge amounts of data to make these predictions, making it much faster and easier than traditional methods.
---
Why does this matter?
- Understanding and designing proteins faster can help in drug discovery and treating diseases that are linked to protein problems.
- This AI breakthrough makes a huge difference in medical research and other fields that depend on proteins.
---
In short, the Nobel Prize this year went to researchers who developed new AI tools to speed up our understanding of proteins—tools that can predict protein shapes and even create new proteins. These advances are helping scientists solve real-world problems faster!
Why are proteins important?
- Proteins are essential molecules in all living things. They do almost everything in our bodies, like helping with digestion, providing structure to cells, and fighting diseases. Without proteins, life wouldn’t exist.
---
What did the 2023 Nobel Prize winners do?
1. Who are the winners?
- David Baker, Demis Hassabis, and John Jumper.
2. What did they achieve?
- They didn’t find new proteins, but they developed amazing tools that help scientists quickly figure out the 3D structure of proteins.
- Hassabis and Jumper created an AI tool called AlphaFold, which can predict the shape of proteins with great accuracy.
- Baker used computers to design new, artificial proteins that can do special things that natural proteins can’t do.
---
Why is understanding the structure of proteins important?
- The shape of a protein decides what job it can do. For example, some proteins break down food, others fight infections.
- Figuring out a protein’s shape used to take a long time (months or years), using old methods like x-ray crystallography.
- Now, thanks to these new AI tools, scientists can figure out protein structures much faster and create new proteins that could help solve problems like plastic pollution.
---
What is AlphaFold?
- AlphaFold is an AI-powered tool that predicts the 3D structure of proteins just by looking at the sequence of amino acids (the building blocks of proteins).
- It uses huge amounts of data to make these predictions, making it much faster and easier than traditional methods.
---
Why does this matter?
- Understanding and designing proteins faster can help in drug discovery and treating diseases that are linked to protein problems.
- This AI breakthrough makes a huge difference in medical research and other fields that depend on proteins.
---
In short, the Nobel Prize this year went to researchers who developed new AI tools to speed up our understanding of proteins—tools that can predict protein shapes and even create new proteins. These advances are helping scientists solve real-world problems faster!
mroffiicer
11 Oct, 05:36
Global Wildlife Population Decline (WWF Living Planet Report)
1. Overall Decline:
- Global wildlife populations have declined by 73% in the last 50 years.
- Causes: Habitat loss, climate change, over-exploitation, pollution, invasive species, and diseases.
2. Species and Population Trends:
- Based on data from 35,000 population trends and 5,495 species (amphibians, mammals, birds, fish, reptiles).
- Freshwater ecosystems: Most affected with an 85% decline.
- Terrestrial populations: 69% decline.
- Marine populations: 56% decline.
3. Causes of Decline:
- Habitat loss due to unsustainable agriculture, fragmentation, logging, mining.
- Over-exploitation of natural resources.
- Climate change affecting ecosystems.
- Invasive species outcompeting native wildlife.
- Pollution degrading habitats.
4. India's Situation:
- Vultures in India: Alarming decline in the populations of:
- White-rumped vulture.
- Indian vulture.
- Slender-billed vulture.
- Vultures play a crucial ecological role in scavenging carcasses and preventing disease spread.
5. Ecosystem Impacts:
- Species decline affects key ecological functions like:
- Seed dispersal.
- Pollination.
- Grazing.
- Nutrient cycling.
- This could lead to tipping points, where ecosystems fail to recover.
6. Broader Implication
- Wildlife decline triggers *cumulative impacts** on ecosystems, potentially leading to ecosystem collapse.
- Highlights the urgent need for conservation actions to protect biodiversity and ecosystem health.
1. Overall Decline:
- Global wildlife populations have declined by 73% in the last 50 years.
- Causes: Habitat loss, climate change, over-exploitation, pollution, invasive species, and diseases.
2. Species and Population Trends:
- Based on data from 35,000 population trends and 5,495 species (amphibians, mammals, birds, fish, reptiles).
- Freshwater ecosystems: Most affected with an 85% decline.
- Terrestrial populations: 69% decline.
- Marine populations: 56% decline.
3. Causes of Decline:
- Habitat loss due to unsustainable agriculture, fragmentation, logging, mining.
- Over-exploitation of natural resources.
- Climate change affecting ecosystems.
- Invasive species outcompeting native wildlife.
- Pollution degrading habitats.
4. India's Situation:
- Vultures in India: Alarming decline in the populations of:
- White-rumped vulture.
- Indian vulture.
- Slender-billed vulture.
- Vultures play a crucial ecological role in scavenging carcasses and preventing disease spread.
5. Ecosystem Impacts:
- Species decline affects key ecological functions like:
- Seed dispersal.
- Pollination.
- Grazing.
- Nutrient cycling.
- This could lead to tipping points, where ecosystems fail to recover.
6. Broader Implication
- Wildlife decline triggers *cumulative impacts** on ecosystems, potentially leading to ecosystem collapse.
- Highlights the urgent need for conservation actions to protect biodiversity and ecosystem health.
mroffiicer
10 Oct, 15:31
https://www.instagram.com/reel/DA8tLrVP6HN/?igsh=NXQzNm4wa2FhaHJ4
Do share
Do share
mroffiicer
04 Oct, 07:33
https://www.instagram.com/p/DAsaMPMvZMg/?igsh=bWg5ZmpqMnQwYWp2
Do you know?
Do you know?
mroffiicer
03 Oct, 08:32
https://www.instagram.com/p/DAp7qNbvomv/?igsh=ZHJyMzdweTFiYnUy
2024 solved question !
2024 solved question !
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