Group 1: Basic Biology (NCERT Class 11 & 12)
Comprehensive foundational school curricula, NEET syllabus, 10/10 concept clarity & cram sheetsNCERT Class 11 Biology
Living world, biological classification, plant and animal kingdoms, morphology, cell biology, biomolecules, cell division, plant physiology, and human organ systems.
NCERT Class 12 Biology
Sexual reproduction in angiosperms, human reproduction, reproductive health, Mendelian genetics, molecular basis of inheritance, evolution, biotechnology, and ecology.
Group 2: Molecular, Genetic & Cellular Sciences
Fundamental biochemical pathways, genomics, cellular machinery, and immunityBiochemistry
Chemical basis of life, enzyme kinetics, carbohydrates, lipids, amino acid synthesis, oxidative phosphorylation, and metabolic regulation.
Molecular Biology
The central dogma of biology: DNA replication, RNA processing, protein translation, operon models, and recombinant technologies.
Cell Biology
Ultrastructure of eukaryotic organelles, membrane transport, receptor signaling, cell motility, cytoskeleton, and mitosis/meiosis cycles.
Genetics
Mendelian inheritance principles, sex linkage, chromosomal aberrations, gene mapping, population genetics, and medical hereditary traits.
Microbiology
Bacterial morphology and staining, viral replication, fungal pathogens, culture kinetics, antibiotic resistance, and environmental roles.
Immunology
Innate and adaptive defense, immunoglobulin classes, complement cascade, MHC recognition, hypersensitivity, vaccination, and immunotherapy.
Group 3: Botanical & Plant Sciences
Plant diversity, anatomical structures, photosynthetic energy, and crop biotechnologyBotany
Comprehensive botanical sciences: cryptogams, vascular plants, flower morphology, plant taxonomy, economic botany, and conservation.
Plant Physiology
Mechanisms of photosynthesis (C3/C4/CAM pathways), cellular respiration, phytohormone signaling, water transport, and environmental stress.
Plant Biotechnology
In vitro tissue culture, somaclonal variation, Agrobacterium-mediated gene transfer, transgenic crops, and biosafety protocols.
Plant Biology
Structural organisation in flora: root and shoot systems, secondary thickening, xylem and phloem histology, and ecological adaptations.
Group 4: Zoological, Physiological & Developmental Sciences
Animal classification, organ systems, neural circuits, embryogenesis, and biosphere dynamicsZoology
Comprehensive animal kingdom: non-chordate and chordate phyla, comparative anatomy, ethology (behavior), and human society impacts.
Evolutionary Biology
The origin of life, Darwinian theory, modern synthetic evolution, fossil records, cladistics, speciation mechanisms, and hominid evolution.
Ecology
Organisms and environment: population dynamics, trophic cascades, ecological pyramids, nutrient cycles, biodiversity loss, and climate mitigation.
Neurobiology
Resting membrane potential (GHK equation), Hodgkin-Huxley action potential kinetics, SNARE synaptic release, sensory phototransduction, and Long-Term Potentiation (LTP).
Developmental Biology
Gametogenesis, Izumo1-Juno fertilization, cleavage types and blastula formation, gastrulation cell movements, Spemann-Mangold organizer, and morphogen gradients.
Animal & Human Physiology
Wiggers cardiovascular dynamics and Frank-Starling law, hemoglobin $O_2$ Bohr curve shifts, renal countercurrent multiplier, hypothalamic endocrine axes, and gastric digestion.
Group 5: Applied Technologies & Biophysical Sciences
In silico sequence algorithms, structural biology, biophysical instrumentation, and gene editingBiotechnology
Core tools and processes of biotechnology: restriction endonucleases, PCR amplification, bioreactors, cloning vectors, and ethical patents.
Bioinformatics
In silico sequence alignment, BLAST, 3D protein structure prediction, transcriptome profiling, phylogenetic trees, and systems biology networks.
Biophysical Techniques
Experimental analysis of biomacromolecules: NMR, X-ray crystallography, Mass Spectrometry, AFM, Circular Dichroism, and Calorimetry.
Structural Biology
Protein folding thermodynamics, Ramachandran plot stereochemistry, Bragg's law X-ray diffraction, cryo-EM single-particle vitrification, and NMR/Mass Spectrometry.
Computational & Systems Biology
Mathematical modeling, ODE kinetics, network motifs, Flux Balance Analysis (FBA), stochastic Gillespie simulations, and synthetic genetic circuits.
Explore All 23 Biological Disciplines
Structured visual notes, vector pathways, and experimental techniques organized systematically from molecular mechanisms to ecosystems.
