All articles tagged with "Genetics"
Gene therapy delivers functional DNA into cells to treat or cure genetic disease. From Jesse Gelsinger's death in 1999 to CRISPR-based cures for sickle cell disease in 2023, explore how gene therapy works, what is approved, and what the future holds.
Behavioral genetics explained: what twin and adoption studies really show about intelligence, personality, and mental health — and what heritability does and does not mean.
The nature vs. nurture debate has been largely resolved -- not by declaring a winner, but by showing the question was wrong. Behavioral genetics, twin studies, GWAS, and epigenetics have revealed how genes and environment interact in ways that make the dichotomy obsolete.
The nature vs. nurture debate has been largely resolved -- not by declaring a winner, but by showing the question was wrong. Behavioral genetics, twin studies, GWAS, and epigenetics have revealed how genes and environment interact in ways that make the dichotomy obsolete.
Molecular biology explains how genetic information flows from DNA to RNA to protein. Explore the central dogma, CRISPR, PCR, gene regulation, and the key discoveries that built modern biotechnology.
A comprehensive guide to genetics and DNA: from Mendel's pea plant experiments and the discovery of the double helix to CRISPR gene editing and epigenetics. Understand how heredity, mutation, and gene expression shape all living things.
How does CRISPR actually edit genes? Understand the science of genetic engineering, from restriction enzymes and recombinant DNA to CRISPR-Cas9, gene therapy, and the ethics of editing the human germline.
How does evolution actually work? Understand natural selection, genetic mutation, speciation, sexual selection, and the evidence that has made evolutionary theory the foundation of modern biology.
How epigenetics works: DNA methylation, histone modification, epigenetic clocks, and whether stress and trauma can be passed to future generations through gene expression.
How does CRISPR gene editing work? From bacterial immune systems to Nobel Prizes, base editing, and the first approved CRISPR therapy for sickle cell disease.
Cancer is not one disease but two hundred, united by a common logic: cells that break free from the constraints evolution built to stop them. The molecular biology of how cancer starts, grows, and spreads.
Race is one of the most consequential categories in human societies, yet its biological basis is contested and its definitions vary across cultures and history. Understand how race is constructed, what genetics shows, and why the concept persists.
Being a night owl is not laziness or a bad habit. Chronotype is biologically determined, varies enormously between individuals, and shifts predictably across the lifespan. Here's the science.
What is personality and why do people differ? The science of the Big Five, heritability, MBTI critique, and whether personality can actually change.
Eating disorders are among the deadliest psychiatric conditions. Here is what the genetic, neurobiological, and psychological research actually shows about their causes, mechanisms, and treatment.
The nature vs. nurture debate has been largely resolved -- not by declaring a winner, but by showing the question was wrong. Behavioral genetics, twin studies, GWAS, and epigenetics have revealed how genes and environment interact in ways that make the dichotomy obsolete.
Evolutionary biology explained: Darwin's theory of natural selection, the Modern Synthesis, population genetics, speciation, sexual selection, evo-devo, the Extended Evolutionary Synthesis debate, and human evolution from Africa.