250+ Biology Research Topics for Students: Must-See in 2026

These days, many trending biology topics fall within a handful of rapidly advancing fields: CRISPR gene editing, synthetic biology and microbiome research, and AI-accelerated drug discovery. Hot academic papers gravitate to these fields for good reason as they offer tools that are easy to work with in a lab setting, but still ask large, unanswered questions. 

For example, how can CRISPR-Cas9 be used to make crop plants more drought-tolerant? How do our gut bacteria communicate with the brain? How can we engineer bacteria to consume microplastics?

Today, we cover 250+ interesting biology research topics from all these areas, and more. They're organized by subfield and difficulty level so you can find a topic that's not just trending but actually doable.

Biology research topics that shape research in 2026

A few categories are dominating biology research in 2026. For example, climate-resilient crop genetics and engineered "plastic-eating" bacteria are gaining serious traction as environmental pressures push biologists toward practical, applied solutions. These 15 topics reflect exactly where the field is heading right now.

1. Using CRISPR-Cas9 to improve drought resistance in staple crops
2. The gut-brain axis: how gut bacteria influence mental health
3. Engineering microbes to break down microplastics in marine environments
4. AI-driven drug discovery for rare genetic diseases
5. mRNA vaccine platforms beyond infectious disease, cancer applications
6. Synthetic biology approaches to lab-grown meat production
7. Gene switches for controlling the timing of CRISPR edits
8. Climate-resilient genetics in wheat and rice breeding programs
9. Engineered probiotics for targeted gut microbiome therapy
10. AI-assisted protein structure prediction beyond AlphaFold
11. Synthetic biology for sustainable biofuel production
12. CRISPR-based diagnostics for rapid pathogen detection
13. Microbiome-based therapies for autoimmune disease treatment
14. Lab-grown organoids for personalized cancer drug testing
15. Engineered bacteria for bioremediation of contaminated soil

Biology research topics organized by field

Biology covers everything from the division of one cell to large ecosystems changing due to environmental factors. Topics below are broken down by category so you can easily find what you need for your class.

Developmental biology topics for research

Developmental biology explains how organisms develop from a single cell into complex multi-system organisms. If you're interested in growth and interesting biology topics related to structure and change over time, developmental biology may be for you.

1. How do stem cells determine their eventual cell fate?
2. What role does gene expression play in limb regeneration in salamanders?
3. How does the timing of cell division affect embryonic development?
4. What triggers metamorphosis in amphibians at the molecular level?
5. How do environmental factors influence fetal development in mammals?
6. What role do Hox genes play in body plan formation?
7. How does apoptosis shape organ development during embryogenesis?
8. What causes developmental abnormalities linked to maternal nutrition?
9. How do plants regulate growth direction in response to gravity?
10. What role does epigenetics play in early developmental programming?
11. How does cell signaling coordinate tissue formation during development?
12. What factors influence twin development in early pregnancy?
13. How do organisms regenerate lost tissue, and why do humans lose this ability?
14. What role do growth factors play in bone development?
15. How does the timing of puberty vary across species and environments?

Immune system biology topics to research

The immune system is a vast field for research. As we learn more about autoimmune diseases and how our microbiome affects us through new technology.

1. How does the gut microbiome influence immune system development?
2. What causes the immune system to attack the body's own tissues in autoimmune disease?
3. How do vaccines train long-term immune memory?
4. What role do T-cells play in identifying and destroying cancer cells?
5. How does chronic stress affect immune system function?
6. What causes allergic reactions at the cellular level?
7. How does the immune system distinguish between self and non-self cells?
8. What role does inflammation play in chronic disease development?
9. How do autoimmune diseases like lupus affect multiple body systems?
10. What causes immune system decline with age?
11. How does the innate immune system respond faster than the adaptive system?
12. What role do antibodies play in neutralizing viral infections?
13. How does the immune system respond differently to bacteria versus viruses?
14. What causes some individuals to develop severe allergic reactions like anaphylaxis?
15. How do mRNA vaccines train the immune system differently than traditional vaccines?

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Cell biology research topics

Cell biology studies the cells that make up the basic functioning of life. How our cells interact with each other and what keeps them working. 

1. How do mitochondria generate ATP through cellular respiration?
2. What role does the cell membrane play in regulating what enters and exits a cell?
3. How does cell division ensure accurate DNA replication?
4. What causes cells to undergo programmed cell death?
5. How do cells communicate through signaling pathways?
6. What role do ribosomes play in protein synthesis?
7. How does the cytoskeleton maintain cell shape and enable movement?
8. What factors trigger uncontrolled cell division in cancer?
9. How do cells regulate their internal pH balance?
10. What role does the endoplasmic reticulum play in protein folding?
11. How do stem cells differ from specialized cells at the molecular level?
12. What causes cellular senescence, and how does it relate to aging?
13. How do cells transport materials across membranes through active transport?
14. What role do lysosomes play in breaking down cellular waste?
15. How does osmosis affect cell volume in different solute concentrations?

Biology research topics on photosynthesis

Photosynthesis remains one of biology's most foundational processes, and there's still plenty of room for focused, original research into how plants convert light into usable energy.

1. How does light intensity affect the rate of photosynthesis in aquatic plants?
2. What role do chlorophyll pigments play in capturing different wavelengths of light?
3. How does CO2 concentration influence photosynthetic efficiency?
4. What factors affect chloroplast movement within plant cells?
5. How does temperature affect the rate of the light-independent reactions?
6. What role does water availability play in limiting photosynthesis during drought?
7. How do C4 plants achieve greater photosynthetic efficiency than C3 plants?
8. What causes variation in photosynthetic rates across different leaf colors?
9. How does photosynthesis differ between land plants and algae?
10. What role do stomata play in balancing photosynthesis and water loss?
11. How does artificial light spectrum affect indoor plant photosynthesis rates?
12. What factors limit photosynthetic efficiency in low-light forest understories?
13. How does ocean acidification affect photosynthesis in marine phytoplankton?
14. What role does photorespiration play in reducing photosynthetic efficiency?
15. How do genetically modified crops achieve enhanced photosynthetic output?

Biology research topics on genetics

Genetics remains one of the most active areas among biological topics, especially as CRISPR and gene-editing technology make once-inaccessible questions genuinely researchable for students.

1. How does CRISPR-Cas9 enable precise gene editing in living organisms?
2. What role do genetic mutations play in the development of cancer?
3. How is genetic inheritance different between dominant and recessive traits?
4. What causes genetic disorders like cystic fibrosis at the molecular level?
5. How does epigenetics influence gene expression without altering DNA sequence?
6. What role do genes play in determining susceptibility to autoimmune disease?
7. How does gene therapy correct inherited genetic disorders?
8. What causes genetic variation within a population over generations?
9. How do twin studies help researchers separate genetic from environmental influence?
10. What role does genetic drift play in shaping small population evolution?
11. How does genetic testing predict disease risk before symptoms appear?
12. What causes chromosomal abnormalities like Down syndrome?
13. How do genes interact with environmental factors to influence height and growth?
14. What role does horizontal gene transfer play in bacterial evolution?
15. How does selective breeding differ from genetic engineering in altering traits?

Molecular biology research topics

Molecular biology zooms in on the molecules driving life itself, DNA, RNA, and proteins, making it a natural fit for students interested in biology's overlap with chemistry.

1. How does DNA replication maintain accuracy during cell division?
2. What role does RNA splicing play in generating protein diversity?
3. How do enzymes catalyze biochemical reactions at the molecular level?
4. What causes protein misfolding, and how does it relate to disease?
5. How does the process of transcription convert DNA into RNA?
6. What role do molecular chaperones play in proper protein folding?
7. How does PCR technology amplify small amounts of DNA for analysis?
8. What causes mutations during DNA replication, and how are they repaired?
9. How do ribosomes translate mRNA sequences into functional proteins?
10. What role does gene silencing play in regulating cellular function?
11. How does molecular signaling coordinate communication between cells?
12. What causes antibiotic resistance to develop at the molecular level?
13. How do molecular markers help identify genetic relationships between species?
14. What role does telomere length play in cellular aging?
15. How does CRISPR technology target specific DNA sequences for editing?

Looking for more inspiration? Explore our collection of research topics across dozens of academic disciplines.

Microbiology research topics

Microbiology examines organisms too small to see with the naked eye, yet their impact on health, ecosystems, and industry makes this field endlessly rich for research.

1. How do bacteria develop resistance to multiple antibiotics simultaneously?
2. What role does the human microbiome play in digestive health?
3. How do viruses hijack host cells to replicate?
4. What factors influence bacterial growth rates in different environments?
5. How does biofilm formation protect bacteria from antibiotics?
6. What role do probiotics play in restoring gut microbiome balance?
7. How do extremophiles survive in environments with extreme temperature or pH?
8. What causes certain bacteria to become pathogenic while others remain harmless?
9. How does horizontal gene transfer spread antibiotic resistance between bacterial species?
10. What role do fungi play in decomposing organic matter in ecosystems?
11. How do engineered bacteria break down plastic waste?
12. What factors determine how quickly a virus mutates over time?
13. How does the microbiome differ between individuals with different diets?
14. What role do bacteriophages play as potential alternatives to antibiotics?
15. How do microorganisms contribute to nitrogen cycling in soil ecosystems?

Neurobiology topics to research

Neurobiology sits at the frontier of some of the most cool biology topics in neurobiology being researched today, examining how the brain and nervous system function, adapt, and sometimes fail.

1. How does synaptic plasticity enable learning and memory formation?
2. What role does neurotransmitter imbalance play in depression and anxiety?
3. How do neurons communicate across synapses at the molecular level?
4. What causes neurodegenerative diseases like Alzheimer's to progress over time?
5. How does chronic sleep deprivation affect brain function and memory?
6. What role does the blood-brain barrier play in protecting neural tissue?
7. How do psychedelic compounds affect neural connectivity and brain function?
8. What causes some brains to develop stronger neuroplasticity than others?
9. How does chronic stress physically alter brain structure over time?
10. What role do glial cells play in supporting neuron function?
11. How does the brain reorganize itself after traumatic injury?
12. What causes the formation of long-term versus short-term memories?
13. How does gut microbiome composition influence brain chemistry through the gut-brain axis?
14. What role does myelin play in the speed of neural signal transmission?
15. How do addictive substances hijack the brain's reward pathway?

Biology research topics on human cloning

Human cloning sits at the intersection of cutting-edge science and genuine ethical debate, making it one of the more thought-provoking human biology research topics available to students.

1. What are the current scientific limitations preventing viable human cloning?
2. How does therapeutic cloning differ from reproductive cloning?
3. What ethical concerns arise from the possibility of human reproductive cloning?
4. How has cloning technology evolved since Dolly the sheep?
5. What role could cloning play in generating replacement organs for transplant?
6. How do religious and cultural views shape global cloning policy debates?
7. What genetic risks are associated with cloned organisms based on animal studies?
8. How does somatic cell nuclear transfer work at the molecular level?
9. What legal frameworks currently regulate human cloning research internationally?
10. How might cloning technology intersect with future stem cell therapies?
11. What psychological and identity concerns have been raised about human cloning?
12. How does cloning affect genetic diversity within a population?
13. What role did cloning research play in advancing regenerative medicine broadly?
14. How do scientists address the shortened lifespan issues seen in some cloned animals?
15. What alternatives to full cloning, like organoid research, achieve similar medical goals?

Environmental and ecology research topics

Ecology examines how organisms interact with their environments and each other, an increasingly urgent field as climate change reshapes ecosystems worldwide.

1. How is climate change altering migration patterns in bird species?
2. What role do keystone species play in maintaining ecosystem stability?
3. How does ocean acidification affect coral reef biodiversity?
4. What factors drive the spread of invasive species into new habitats?
5. How does deforestation impact local biodiversity and carbon storage?
6. What role do wetlands play in filtering pollutants from water systems?
7. How does habitat fragmentation affect genetic diversity within animal populations?
8. What causes population collapse in overfished marine ecosystems?
9. How do pollinator populations respond to pesticide exposure over time?
10. What role does biodiversity play in ecosystem resilience to disturbance?
11. How does rising temperature affect species distribution in mountain ecosystems?
12. What factors influence successful reintroduction of endangered species into the wild?
13. How do microplastics affect marine food chains at the cellular level?
14. What role do fungi play in forest ecosystem nutrient cycling?
15. How does urban development fragment wildlife corridors and affect species movement?

Plant pathology topics for research

Plant pathology investigates how disease, environmental stress, and invasive organisms threaten plant health, an increasingly critical field as climate change reshapes agricultural risk.

1. How do fungal pathogens spread between crops in humid conditions?
2. What role does climate change play in expanding plant disease ranges?
3. How do plants develop resistance to bacterial pathogens?
4. What causes citrus greening disease to spread so rapidly?
5. How do invasive insect species introduce new plant pathogens?
6. What role does soil microbiome health play in preventing root disease?
7. How does drought stress increase a plant's vulnerability to disease?
8. What causes powdery mildew to thrive in specific humidity conditions?
9. How do viral plant pathogens spread through insect vectors?
10. What role does crop rotation play in reducing soilborne disease?
11. How does genetic engineering create disease-resistant crop varieties?
12. What factors influence the severity of wheat rust outbreaks?
13. How do plants signal disease presence to neighboring plants?
14. What role does biocontrol play in managing plant pathogens without chemicals?
15. How does monoculture farming increase susceptibility to widespread plant disease?

Students interested in healthcare should also browse these nursing research topics for additional project ideas.

Animal life topics for research

Animal biology covers everything from behavior to physiology, offering endless entry points for students curious about how animals survive, adapt, and interact with their environments.

1. How do migratory animals navigate across thousands of miles accurately?
2. What role does animal communication play in coordinating group behavior?
3. How do hibernating animals survive months without food?
4. What causes certain animal species to form lifelong monogamous pairs?
5. How do predator-prey relationships shape population dynamics over time?
6. What role does camouflage play in animal survival strategies?
7. How do animals in extreme climates regulate body temperature?
8. What causes some species to exhibit complex tool use?
9. How does domestication alter animal behavior compared to wild counterparts?
10. What role do pheromones play in animal mating behavior?
11. How do social hierarchies form and stabilize within animal groups?
12. What factors influence parental care investment across different species?
13. How do animals adapt their behavior in response to human encroachment?
14. What role does play behavior serve in young animal development?
15. How do nocturnal animals adapt their senses for low-light survival?

Marine biology research topics

Marine biology explores life beneath the ocean's surface, an area of growing urgency as warming seas and acidification reshape entire underwater ecosystems.

1. How does ocean warming affect coral bleaching frequency and severity?
2. What role do apex predators like sharks play in maintaining marine ecosystem balance?
3. How do deep-sea organisms survive extreme pressure and darkness?
4. What causes harmful algal blooms to form in coastal waters?
5. How does ocean acidification affect shell-forming marine organisms?
6. What role do mangrove forests play in protecting coastal marine biodiversity?
7. How do migratory whale populations respond to changing ocean temperatures?
8. What factors contribute to declining fish populations in overfished regions?
9. How do bioluminescent organisms produce light in deep ocean environments?
10. What role does plastic pollution play in disrupting marine food chains?
11. How do sea turtles navigate thousands of miles back to nesting beaches?
12. What causes marine dead zones to form near river deltas?
13. How does noise pollution from shipping affect marine mammal communication?
14. What role do kelp forests play in supporting coastal marine biodiversity?
15. How are marine species adapting their ranges in response to warming waters?

Zoology topics to research

Zoology examines animal biology at a structural and physiological level, connecting anatomy, behavior, and evolution across the animal kingdom.

1. How does skeletal structure differ between animals adapted for running versus climbing?
2. What role does metabolic rate play in determining animal lifespan?
3. How do venomous animals evolve increasingly potent toxins over generations?
4. What causes certain species to develop exceptional regenerative abilities?
5. How does body size influence an animal's thermoregulation strategy?
6. What role do vocal cords and calls play in species-specific communication?
7. How do amphibians transition between aquatic and terrestrial life stages?
8. What factors influence the evolution of flight in different animal lineages?
9. How does an animal's diet shape its digestive system anatomy?
10. What causes convergent evolution to produce similar traits in unrelated species?
11. How do reptiles regulate body temperature without internal heat generation?
12. What role does sexual dimorphism play in mate selection across species?
13. How do burrowing animals adapt their anatomy for life underground?
14. What factors determine gestation length variation across mammal species?
15. How does an animal's brain-to-body size ratio relate to cognitive ability?

Wildlife species topics for research

Wildlife research focuses on species survival, conservation, and the growing pressure human activity places on natural habitats worldwide.

1. What factors have contributed most to the decline of endangered species populations?
2. How effective are captive breeding programs at restoring wild populations?
3. What role do wildlife corridors play in preventing habitat fragmentation?
4. How does poaching pressure affect population structure in large mammal species?
5. What causes human-wildlife conflict to increase in expanding urban areas?
6. How do conservation reintroduction programs measure long-term success?
7. What role does genetic diversity play in a species' resilience to disease?
8. How are keystone predator populations recovering in protected reserves?
9. What factors determine which species are most vulnerable to climate-driven extinction?
10. How does illegal wildlife trade affect population viability in target species?
11. What role do national parks play in preserving biodiversity hotspots?
12. How do invasive predators threaten island-endemic wildlife populations?
13. What conservation strategies have proven most effective for marine mammal recovery?
14. How does habitat loss disproportionately affect specialist versus generalist species?
15. What role does citizen science play in tracking wildlife population trends?

Evolutionary topics to research

Evolutionary biology traces how species change over time, offering a framework for understanding everything from antibiotic resistance to human origins.

1. How does natural selection drive antibiotic resistance in bacterial populations?
2. What role did genetic drift play in shaping isolated island populations?
3. How do fossil records reveal transitional stages in whale evolution?
4. What causes convergent evolution to produce similar traits in unrelated lineages?
5. How does sexual selection influence the evolution of elaborate physical traits?
6. What role did coevolution play in the relationship between flowering plants and pollinators?
7. How do extremophile organisms provide insight into early evolutionary adaptations?
8. What factors influence the speed of evolutionary change within a population?
9. How did bipedalism evolve as a defining trait in human ancestors?
10. What role does hybridization play in the formation of new species?
11. How do vestigial structures provide evidence for evolutionary history?
12. What causes some species to remain evolutionarily stable over millions of years?
13. How did the evolution of flight occur independently across different animal lineages?
14. What role does epigenetic inheritance play in rapid evolutionary adaptation?
15. How do comparative genomics studies reveal evolutionary relationships between species?

Biotechnology topics for research

Biotechnology applies biological systems to solve real-world problems, spanning medicine, agriculture, and environmental science with some of the field's most applied research questions.

1. How is CRISPR technology being used to develop disease-resistant crops?
2. What role does synthetic biology play in producing lab-grown meat?
3. How are engineered bacteria used to produce insulin and other medications?
4. What factors influence the scalability of biofuel production from algae?
5. How does gene therapy correct inherited genetic disorders in clinical trials?
6. What role do bioreactors play in scaling up cellular agriculture?
7. How is biotechnology used to develop biodegradable plastic alternatives?
8. What factors determine the success of gene drives in controlling invasive species?
9. How are engineered probiotics being developed for targeted health applications?
10. What role does biotechnology play in developing rapid diagnostic testing?
11. How is tissue engineering advancing organ transplant alternatives?
12. What factors influence public trust in genetically modified food products?
13. How are biosensors used to detect environmental contaminants?
14. What role does biotechnology play in producing sustainable vaccines?
15. How is synthetic biology being applied to environmental bioremediation efforts?

Computational biology research topics

Computational biology merges biology with data science, using algorithms and modeling to analyze biological systems too complex for traditional lab methods alone.

1. How do machine learning models predict protein structure from amino acid sequences?
2. What role does computational modeling play in drug discovery timelines?
3. How do algorithms identify genetic mutations linked to disease risk?
4. What factors improve the accuracy of genome sequencing analysis software?
5. How does computational biology model the spread of infectious disease outbreaks?
6. What role do neural networks play in analyzing medical imaging data?
7. How do bioinformatics tools compare genetic sequences across species?
8. What factors influence the accuracy of population genetics simulations?
9. How is AI being used to accelerate CRISPR target site prediction?
10. What role does computational modeling play in understanding ecosystem dynamics?
11. How do algorithms help identify potential drug interactions before clinical trials?
12. What factors determine the reliability of phylogenetic tree reconstruction?
13. How is machine learning applied to personalized cancer treatment prediction?
14. What role does computational biology play in synthetic gene circuit design?
15. How do simulation models predict the long-term effects of climate change on ecosystems?

These tips on writing a research paper fast can help you turn your biology topic into a well-organized assignment.

Matching biology research paper topics to your grade level

Biology research paper topics must be appropriate to what you actually have the resources to study and discuss. If you are a middle school student using things from home for experiments, your topic should be much different than that of a college student who has access to a lab and scholarly databases. The following topics are broken down by education level for that reason.

Biology research topics for middle school

Topics suitable for middle school should be able to be observed or tested with easily accessible materials. The experiment should not use highly specific lab techniques. Middle school topics should also avoid requiring background knowledge in the sciences.

1. How does sunlight affect the growth rate of bean plants?
2. What household liquids kill bacteria most effectively?
3. How does temperature affect how quickly fruit ripens?
4. What factors affect how fast ice melts in different conditions?
5. How do plants respond to being placed in the dark?
6. What causes bread mold to grow faster in certain environments?
7. How does exercise affect heart rate recovery time?
8. What factors influence how quickly seeds germinate?
9. How do different soil types affect plant root growth?
10. What causes leaves to change color in autumn?
11. How does salt water affect plant growth compared to fresh water?
12. What factors affect how quickly a candle burns in different conditions?
13. How do earthworms affect soil quality over time?
14. What causes some fruits to brown faster than others when cut?
15. How does music affect plant growth rate over several weeks?

A successful project begins with strong research questions that clearly define the focus of your study.

Biology research topics for high school

High school topics are more suited to controlled experiments, simple statistical analysis, and topics that introduce more advanced biology. These topics are ideal for both science fair projects and lab reports.

1. How does pH level affect enzyme activity in amylase or catalase?
2. What factors influence the rate of osmosis in plant cells?
3. How does antibiotic concentration affect bacterial growth in petri dish cultures?
4. What role does light wavelength play in photosynthetic rate?
5. How does caffeine concentration affect heart rate in Daphnia?
6. What factors affect the rate of yeast fermentation and CO2 production?
7. How does temperature affect enzyme denaturation in food-based reactions?
8. What role does genetic inheritance play in observable traits across generations?
9. How does exercise intensity affect lactic acid buildup and recovery?
10. What factors influence the effectiveness of different disinfectants on bacteria?
11. How does salinity affect osmoregulation in aquatic organisms?
12. What role does sleep deprivation play in memory and cognitive performance?
13. How does UV exposure affect seed germination and plant growth?
14. What factors influence the accuracy of DNA extraction from fruit?
15. How does stress affect blood pressure and heart rate in controlled settings?

Biology research topics for college students

College level topics will require students to understand and utilize primary literature. They should use more rigorous methodology and students should be able to get their hands dirty running the lab techniques. Some college level projects will even have students analyze real data.

1. How does CRISPR-Cas9 gene editing efficiency vary across different cell types?
2. What role does the gut microbiome play in modulating immune response?
3. How do epigenetic modifications influence gene expression in cancer development?
4. What factors determine antibiotic resistance evolution in bacterial populations under lab conditions?
5. How does chronic stress alter neural plasticity at the cellular level?
6. What role do stem cells play in tissue regeneration research?
7. How does climate change affect species distribution modeling in a specific ecosystem?
8. What factors influence CRISPR off-target effects in gene editing applications?
9. How do computational models predict protein folding and misfolding diseases?
10. What role does horizontal gene transfer play in bacterial antibiotic resistance spread?
11. How does mRNA vaccine technology compare to traditional vaccine platforms in immune response?
12. What factors affect the scalability of lab-grown meat production?
13. How does genetic diversity influence population resilience to environmental disturbance?
14. What role do biomarkers play in early cancer detection research?
15. How does synthetic biology enable the design of novel metabolic pathways?

If you're interested in interdisciplinary science, explore these chemistry research topics for even more ideas.

How to choose a biology research topic?

Selecting a topic can sometimes feel like having a blank slate. Follow this simple method to help guide you.

1. Start with general areas of research: Click through areas such as genetics, ecology, cell biology, or neurobiology. See what areas truly interest you before beginning to narrow down your search.
2. Look for a specific, answerable question: Topics are more focused on answering a question. Does antibiotic resistance spread? How many pollutants are in my soil? What does stem cell X do? 
3. Ensure there is enough research to write on: Make sure you can find enough information, research, and materials to fully produce a paper.
4. Map out how you'll complete research: Determine what question you want to answer. How will you collect data? You can typically organize results best with the use of charts and tables.
5. Ask for help if you need it: If you need help formatting or narrowing down an idea, teachers, academic advisors, or paper writing services can assist. (Just be sure the final paper and data are yours.)

Wrapping up

Having over 250 biology topics to choose from covering every sub discipline and academic level, the only challenge you have is choosing a topic that you are interested in and that has enough material to research. Start with the above categories, then narrow your search to whatever sparks your interest.

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