πΊ Channels:
- π₯ Medicine and human health (π΄ Red bio)
- π Aquatic and marine biology (π΅ Blue bio)
- π Industrial biotechnology (βͺοΈ White bio)
- πΎ Development of agriculture (π’ Green bio)
- π₯ Nutritional biotechnology (π‘ Yellow bio)
- β£οΈ Environmental remediation (Grey bio)
- π» Bioinformatics, computer science, and chip technology (Gold bio)
- π Desert regions biotechnology (π€ Brown bio)
- βοΈ Law, ethics, and philosophic issues (π£ Violet bio)
- β£ Bioterrorism and biological weapons (β« Dark bio)
- Healthy aging
- Hallmarks of ageing
- 𧬠Genomics
- 𧬠Biology
- Yeasts
- Cell biology in yeasts
- Biomining
- Microfluidics cell culture
- Metabolic models
- Molecular biology
- Model organisms
- πΈ Xenopus laevis (Frog)
- Arabidopsis thaliana (Mustard plan)
- πͺ± Caenorhabditis elegans (Roundworm)
- Drosophila melanogaster (Fruit fly)
- Saccharomyces cerevisiae (Budding yeast)
- π Danio rerio (Zebrafish)
- π Mus Musculus (Mouse)
- Bacteria
- Psychology
- Metabolism
- Central nervous system
- Brain
- Animal physiology
- π Astronomy
- Origin of Life
- Microbiology
- Climate change
- Molecular evolution
- Career
- Cell biology
- Algae
- Neuroscience
- Genetic Engineering
- Human history
- Cancer
- Redox metabolism
- Overflow metabolism
- Unsorted
- Artificial intelligence
- Single cell analysis
- π§ Psychology and neuroscience
- Astrobiology
- π Colours of biotechnology
- Conservation biotechnology (Dark green bio)
- Animal psychology and neuroscience
- πΊ Geography
- Physical geography
- Cultural geography
- Fertility and reproduction
- Gastrointestinal tract
- Therapy
- Immunotherapy
- Cell transplantation
- Musculoskeletal diseases
- Joint diseases
- Arthritis
- Diseases
- Immune system
- Stem cells
- Information science
- Artificial neural networks
- Deep learning
- Molecular probe techniques
- Microbial dechlorination
- Anaerobic aromatics degradation
- Horizontal gene tranfer
- Gene duplication
- β‘οΈ Microbial electrosynthesis
- Precision fermentation
- Knee osteoarthritis
- Metallothionein and heavy metals
- NAD and ageing
- Yeast metabolism
- Yeast microfluidics
- Rare earth elements and bacterial proteins
- Stem cell cultivation
- Yeast metabolic models
- Stochastic processes in yeasts
- Chronobiology
- mTOR and rapamycin
- In vitro gametogenesis
- Yeast nucleus
- Redox enzyme engineering
- Human pregnancy physiology
- mRNA cancer vaccines
- Mass Spectrometry and immunometabolism
- Heavy metal metabolism
- Retina physiology
- Rapamycin and ageing
- Yeast cell size and growth
- Yeast ploidy genetics
- Yeast vacuole
- Cell segmentation
- Gut microbiome therapeutics
- Yeast endoplasmic reticulum
- Human pregnancy bloodomics
- Bacterial metabolic models
- Metabolic engineering
- Yeast Golgi
- Yeast mitochondria
- Phase separation
- COVID
- Alzheimers' disease
- Parkinson's disease
- Cryptococcus RNA genetics
- Candida albicans physiology
- Ribosome profiling
- Human genomics
- C. elegans RNA epigenetics
- π Biological publishing
- Yeast xylose fermentation
- Pseudomonas
- Human circadian rhythm
- Polyethylene terephthalate biodegradation
- Microalgae physiology
- Ancient DNA sequencing
- Biofilm engineering
- Biohalogenation
- π Biosciences publishing misconduct
- π Human happiness
- Human diet physiology
- Obesity psychology
- Reactive oxygen species
- Brain mapping
- π¦ Primate physiology
- π Cetacea physiology
- πͺ Planetary evolution
- Ubiquitin proteolysis
- Animal vocalization
- π Cat physiology
- π Dog physiology
- π― Sweeteners and human health
- Enzymatic DNA synthesis
- Cultivated meat
- ππ₯πΌ Milk science and technology
- Yeast diauxic metabolism
- Evolution of ancient metabolism
- Mass spectrometry and metabolism
- Animal behaviour
- Animal habitat conservation
- Metabolic syndrome
- π½ Extra-terrestrial biochemistry
- Ribosome
- Brain cancer therapy
- Gut-microbiome cancer therapy
- Transdermal iron therapy
- Dendritic cancer vaccines
- Vaginosis treatment
- π Insects as food
- Biofertilizer
- Cancer metastasis therapy
- Heme bioengineering
- CRISPR engineering
- βοΈπ§« Permafrost microbiology
- Animal disease vectors
- π·π§΅ Insect fibres
- πΊHuman archaeology
- π€ Influenza
- Chimeric organogenesis
- Clostridium
- Microbiome
- Yeast mitochondrial heme
- Synthetic cells
- Metabolic engineering of methanol as a feedstock
- Metabolic models
- Budding yeast evolution
- Animal psycholgical inventory and social behaviour
- Protein structure and AI
- Gene regulatory network
- Fetal bovine serum (FBS)
- Chemical purification
- C. elegans neuron memory
- Microbial consortia for biodegradation
- CO2 biovalourization
- Bacterial microfluidics
- Codon evolution
- πΌ Early career researchers
- Collagen bioengineering
- Yeast osmoregulation
- Algae cytoskeleton
- Protein glycosylation
- Stochastic gene expression
- CAR-T cell therapy
- Metformin and ageing
- Climate change action
- Plastic water pollution
- Psychology of fake news
- Animal consciousness
- Language comprehension
- Biotechnology scaleup
- Agricultural carbon sequestration
- πΎπ½ Farm-to-Fork Nutrition
- Inflammageing
- Episodic memory
- Biomaterials in cell transplantation
- Tissue engineering
- Lignincellulose valourization
- Tumor microenvironment
- Interleukin 6
- Trends in Social Media
- Tropical rainforests
- Animal reproduction
- Peroxisomal transport
- Cell biology cryo-EM
- Mitophagy
- Neoantigens
- Natal care
- Epigenetic alterations
- Genomic instability
- Telomere attrition
- Cellular senescence
- Loss of proteostasis
- Altered intercellular communication
- Stem cell exhaustion
- Mitochondrial dysfunction
- Deregulated nutrient sensing
- Islet transplantation
- Algal blooms
- Epigenetic ageing clocks
- Mining and environment
- ππ§π½βποΈ Physiology of human space flight
- π Octopus neuroscience
- π§ π The biology of sleep
- Evolution of CRISPR-Cas systems
- π§ Neuroplasticity
- Hikikomori
- Human enhancement
- πΊ Ancient human history
- Crohn's disease
- Exosome immunotherapy
- Liver regeneration
- π§«βοΈ Deinococcus radiodurans
- Polycystic kidney disease
- Nanocarriers of nucleic acids
- Space and synthetic biology
- Magnetic delivery of nucleic acids
- Activated sludge
- Enzymatic carbohydrate degradation
- Plant climate change adaptation
- Biosensors
- Haloucinogen therapy
- π¦£π§¬ De-extinction
- Evolutionary developmental
- Coral reefs
- Animal electrophysiology
- Genetic interaction networks
- Aspergillus disease
- Phage therapy
- βοΈπ€§ Photic sneeze reflex
- Stereo biochemistry
- π§²π§ Magneteoreception
- π»π§¬ Plant genome evolution
- Circular RNA
- Microbial oxidative stress
- Metabolic engineering of Vibrio natriegens
- Dog ageing
- Overflow metabolism in Eukaryotes
- Sugar-induced cell death
- Eukaryogenesis
- Chromosome segregation
- π½π§¬ Wastewater surveillance
- Lipid membrane code
- Cytoskeleton
- Prions
- Organ-on-a-Chip
- Additive biomedical printing
- Carbon nanomaterials for biomedical applications
- Organelle dynamics
- Transcriptomics imaging
- Promoter and enhancer gene regulation
- Sexual dimorphism evolution
- Ferroptosis
- Biomedical polymers
- πͺ Strength training
- π Sour taste buds
- DNA viral vaccines
- Lipid droplets
- Overflow metabolism in E. coli
- Software for biological sequences
- π¦π§ Bird intelligence
- Crabtree effect
- Warburg effect
- Organ transplantation
- Transcriptome engineering
- Next-generation sequencing
- Skin microbiome
- Cyanobacteria
- Neuroscience of multilingualism
- π§ πΉ Neuroscience of games
- Children of alcoholics
- Children of substance abuse parents
- π€ Money and happiness
- Child post-traumatic stress
- Chemical probes
- π·πΊ Beer and wine yeast genetics
- Oxygenases
- Nitrogenases
- βοΈπ§΄ Sunscreen and cancer
- π§ π Pyschology of entrepreneurship
- Harm reduction
- C4 Carbon fixation
- Rubisco structure, function, and engineering
- π Sleep and melatonin
- Biogeochemistry
- Human biomechanics
- Methylglyoxal metabolism
- Asperger's syndrome
- Transcriptomics
- Proteomics
- Metabolomics
- Lipidomics
- Glycomics
- Epigenomics
- Metagenomics
- Fluxomics
- Omics
- Pathogens
- Pathogenic yeasts
- Cytoplasmic structures
- Organelles
- Humanities
- π History
- π Engineering
- π§π½βποΈπ§π½βπ¬οΈ Employment
- π₯ Embryology
- Culture techniques
- Enzymology
- Periplasm and NAD(P)(H) homeostasis
- Periplasm and redox homeostasis
- Cerebrospinal fluid and sleep
- Sensory nervous system
- Peroxisome redox homeostasis in yeasts
- Yeast peroxisome
- Language
- π¬πΊππ Substance abuse
- Autism
- Ionic liquids and lignocellulose
- Archaea
- Chromatin evolution in archaea
- Double-stranded RNA-specific adenosine deaminase
- RNA processing post transcriptional
- RNA editing
- RNA splicing
- Nonsense-mediated mRNA decay
- Messenger RNA 3β² end processing
- Cancer stroma chemoresistance
- Extrachromosomal inheritance cancer
- HIV cognition
- Structural variation of the cerebellum cerebral-cortex
- scRNA-seq
- RNA splicing
- Memory brain waves
- Schistosomiasis physiology
- π€± Immunity and breast milk
- Infertility ethics
- π€° Chemical exposure during pregnancy
- Life support systems
- Phosphorus solubilization
- Bird ecosystem conservation
- Lake Michigan ecosystem Conservation
- Handedness neuroscience
- Reward and Cingulate cortex
- Drug resistence in cancer using RNAseq
- Body temperature regulation
- Chromatin silencing
- Deep learning and GWAS
- Origin of life and chemical evolution
- Skin cancer
- Animal foraging
- π« Idiopathic pulmonary fibrosis and COVID
- MADS Domain proteins and Arabidopsis
- Graft and host disease for lymphoid cells
- Animal Complex I
- Hypertension epigenetics
- Blue light physiology
- Human motivation
- Human feedback psychology
- Planarian single-cell RNAseq
- Consciousness models
- Planarian body size
- Transcriptomics of kidney disease
- Red light therapy
- Animal respiration
- Cell type
- Planarians and glycogen metabolism
- Complex IV and NO
- Ageing and GI tract
- Cellular hydration
- Extracellular matrix and ageing
- rRNA and ageing
- Epigenetics and redox metabolism
- Inflammation and redox metabolism
- Skin inflammation
- Sensory deprivation
- Female adolescent malnutrition
- Fungal pigments
- Microfluidics design
- Menopause and Alzheimer's disease
- Brain ageing and methylglyoxal metabolism
- Adipose energy metabolism
- Ageing and methylglyoxal metabolism
- Autism and the microbiome
- Neurons, GI tract, and short-chain fatty acids
- Tau proteins, microglia, and oligodendroglia
- Methylglyoxal metabolism and the ribosome
- Insulin and the gut microbiome
- π£ Animal birthweight
- Epigenetics evolution
- Viral infections and Alzheimer's disease
- Aerobic fermentation and oleic acid
- Fatty acid and redox metabolism
- π¦ Mitochondrial metabolism in birds
- π€° Gestational diabetes
- π¦ Marsupial metabolism
- βοΈ Caffeine and cholestrol
- Ageing and intraocular pressure
- Creutzfeldt-Jakob Syndrome
- Cancer and immortality
- βοΈ Coffee and cholestrol
- Food colouring agents
- βοΈ Coffee and diterpenes
- Plants and neuroscience
- π Chicken growth and reactive oxygen species
- π§πΏ Cold water physiology
- Azores
- Sodium bicarbonate bath
- π Sleep quality
- Human disease evolution and selection
- Human disease selection
- Blindsight
- Blindsight v2
- RNA
- Immunity
- πͺ± Planarians
- Human physiology
- Microplastics
- Physiology
- Evolution
- Embryology
- π¦ Plague
- Cellular Processes
- Cell Death
- Agarose gel electrophoresis
- Mammal physiology
- π¦ Marsupial physiology
- π¦ Marsupials
- Comparative animal ageing
- Metabolomics analytical methods
- Proteomics analytical methods
- π Analytical methods
- Growth and Development
- Growth
- Morphogenesis
- Body patterning
- Embryonic and-fetal development
- Ectogenesis
- Embryonic development
- Fetal Development
- Organogenesis
- Cell lineage
- sce-senescence-ageing
- π¦ Metamorphesis
- π± Plant development
- Sexual development
- π¦ Dinosaurs
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