Blogs

Wwhat if I told you that evolution isn’t always this neat and logical? Sometimes, it’s messy. It’s random. It’s like throwing your DNA into a lottery. That, my friends, is genetic drift. And trust me, this plot twist in our evolutionary saga is a wild one.

Unlike most organisms that release electrons internally, these bacteria transport electrons outside their cells, creating a current.

Anyone familiar with English Literature can recognize the well-known story of the Brontë sisters, Charlotte, Emily, and Anne Brontë, writing under male pseudonyms for their work to be accepted for publication.

When we talk about learning, most of it involves making, strengthening, or rewiring connections between neurons in the brain. When we need to remember something? Boom, a couple neurons hold hands and we suddenly know what to write in our biology exam. But what if the way neurons encode information while learning isn’t the same across their structure?

Surely genetics is about how to be a genius, right? Just crack the DNA code and boom—you’re top of your class, winning science fairs, and maybe even lifting cars with your mind. Sounds awesome. Unfortunately (or maybe fortunately?), genetics isn’t a how-to guide for becoming a genius.

Why Your DNA Isn’t Just Sitting There. Ever wonder why some traits pop up more often in nature, like how every other person seems to have blue eyes, or how certain animals are always better at surviving than others?

Mind wandering is a shift of attention away from a primary problem towards internal things, but is it worth beating yourself up about it?

As climate change and environmental degradation accelerate, scientists and engineers are turning to nature for real innovations...

Let’s focus on mutations, the tiny changes in DNA that drive everything from disease to adaptation to survival.

Why do we even use music in society and willingly listen to it? And how does it relate to science and mental health? Let’s find out…

The last thing you would expect is ‘ Witch’ and ‘Doctor’ to be in the same sentence, let alone together...

As of right now, there’s no real cure, only ways to slow down or stop the progression, and even that isn’t the case for all conditions.

In this blog, we'll take a step back and explore how genetics fuels evolution, setting the stage for everything that follows in this series.

What if we could turn back the biological clock and start over? Scientists have discovered that a comb jellyfish has this ability.

A recent discovery has added another ability to geckos' list—a unique sixth sense that allows them to detect soundless vibrations!

Right now, it’s common to try to remove brain tumors surgically. In some cases, that’s an impossible task. So what now?

Alzheimer's disease is a progressive neurodegenerative condition, the symptoms develop gradually over many years and eventually become more.

Migraine attacks can last for hours to days, and the pain can be so bad that it interferes with your daily activities.

Could other disorders help develop new functional treatment options?

It can't be denied that the most significant advancements in Medicine were the results of experiments conducted by the most brilliant minds.

As a patient, you will encounter a variety of opinions from relatives, friends, small-town doctors, and city doctors.

Genetic engineering emerges as a promising method to enhance species resilience.

Let’s explore how deviations from the precise process can alter the necessary cognitive, emotional, and behavioral functions.

Scientists have identified 33 global "dark spots"—regions where thousands of plant species remain undiscovered.