This article contains a link between biology and mathematics, with 55 different mathematical biology research topics. These topics prove that mathematics and biology have solid similarities between them.

Math Biology Research Topics

Below are some math biology research topics to help guide you in educating your readers on the link between mathematics and biology, as well as the various benefits involved.

1. The relationship between biofluid mechanics and human anatomy
2. The relationship between biofluid mechanics and animal anatomy
3. The fundamental links between biofluid mechanics and the circulatory system
4. Mathematical models of biological functions
5. Mathematical models and representations of biofilms
6. Mathematical models of the spread of cancer cells
7. The role that mathematics plays in observing cell dynamics
8. Quantitative predictions of cancer cells
9. Quantitative predictions of aneurysms
10. Quantitative predictions of gestational diabetes
11. The multidimensional models of cancer
12. How mathematics has paved developmental waves in the areas of data sequencing and gene mapping
13. Mechanics behind planetary movement
14. Mechanics behind animal life cycles
15. Mechanics behind morphogenesis
16. Mathematical insights on formation of patterns in bacteria
17. The population dynamics of plants
18. The field of computational biomechanics and its contributions
19. The use of sound wavelengths in determining animal species
20. Graph theory in the measurement of endothelial cell features
21. Development of metapopulation models
22. Prediction of pollen flight dynamics using measurement of pollen specimens
23. Acquisition of data on biological processes through mathematical methods
24. Application of statistics in measuring the evolutionary trends of HIV
25. The use of differential equations in predicting the effects of climate change on fish production
26. Mathematical neuroscience and the role it plays in ensuring biological advancement
27. Mathematical analysis and documentation of stability in ecosystems of increased levels of complexity
28. Creation of mathematical models of biological tissue functions
29. Graphical representation of the different stages of growth in tumours and cancer cells
30. The use of statistical models to obtain optimum biological output
31. Mathematical models of the methods and processes of treating tumours
32. Mathematical models of plants showing the Fibonacci numbers
33. Mathematical biophysics and its contributions to biological advancement
34. Mathematical models of formation of biological patterns in multicellular organisms
35. Mathematical models of cell dynamical systems using differential equations
36. The bifurcation diagram of plant cells
37. Mathematical models of infectious diseases
38. Statistical predictions of epidemic outbreaks
39. Mathematical modelling of metabolic networks
40. Morphometrics and its role in biological processes
41. Mathematical models of molecules
42. The relationship between mathematical biology and theoretical biology
43. Population metrics of ants using the Fibonacci series
44. Statistical analysis of disease epidemics
45. Biological applications of the chaos theory
46. Mathematical models of spontaneous cell death
47. Mathematical models of cell interactions and transport processes
48. Mathematical models of gene expression in diagnosing chronic illnesses
49. Use of mathematical models in the study of cancer
50. Mathematical models showing origin of illnesses
51. Mathematical models of developmental stages of insects
52. Continuum models of nutrient depletion in agar plates
53. Measurement of microbial distribution in culture samples
54. Determination of microbial life stage using continuum models of nutrient depletion
55. Mathematical models of disease mechanisms of common pathogens

The mathematical biology research topics listed above obviously cover a lot of areas, giving special attention to each area visited. The topics are a good way to satisfy your own curiosity on just how the world of mathematics can be useful in biology and in understanding biological processes.

Whichever you choose to base your research on, there are extremely valuable and useful materials and ideas to guide you along properly.

Biology Research Questions Examples

Here are some biology research question ideas you should have in mind. Also, there are different biology research questions ib categories below.

1. How can pathogenic diseases be used as biological weapons?
2. How are ones genes related to their chances of developing diabetes?
3. How does immortality display in animals?
4. How much information can the brain store?
5. Are there cancer forms that are not life-threatening?
6. How true are the theories of human origin?
7. What are the differences between human cloning and animal cloning?
8. Have plants been cloned successfully?
9. How does poaching disrupt the balance of the respective ecosystems?
10. How do corticosteroids cause cancer?
11. What is the mechanism of action of the HIV?
12. How do eukaryotic cells differ from prokaryotic cells?
13. How is osmosis vital to plant survival?
14. Does chlorophyll play an indispensible role in plants?
15. How do human cells form proteins?
16. Does smoking affect the liver?
17. How does hypoxemia disrupt brain functions?
18. What are the short term effects of smoking in the development of a foetus?
19. What are the long term effects of smoking in the development of a foetus?
20. How do human activities erode coral reefs?
21. What does animal biology have to do with archaeology?
22. How has the study of genetics developed in the last ten years?
23. What branches of evolution are considered to be dead or obsolete?
24. Do probiotics guarantee optimum health?
25. How does immunotherapy do more harm than good?
26. How is the DNA formed?
27. What is the “jumping gene” occurrence?
28. How does DNA transposition occur?
29. Is the RNA more vital than the DNA?
30. How can genetics help unravel problems in offspring?
31. How many types of cloning exist?
32. What changes can cloning bring about in the field of medicine?
33. Is it possible to alter the DNA to reverse the process of aging?
34. How does graft rejection occur?
35. How do humans pose a threat to the advancement of science?
36. Can genetically modified organisms cause a revolution in world diet?
37. How does the vegan lifestyle affect the production and distribution of meat?
38. What effect does exercising have on hormone regulation?
39. How many functions does the hormone oxytocin carry out?
40. What is the place of modern technology in treating plant diseases?
41. What are the effects of human overpopulation on the planet?
42. What are the markers for a developing tumour?
43. How much do modern conservation methods work?
44. How is energy transferred in the human body?
45. How is ATP formed?
46. Is ATP more important than ADP?
47. Why is ATP referred to as the energy currency of the body?
48. Do plants sense chemical processes?
49. How are adults unable to regenerate damaged brain parts?
50. How are culture spheroids formed?
51. Does oxygen reach all parts of the body through the blood?
52. Do humans only taste four different flavours?
53. Are all actions controlled by nerves?
54. Aside from the basic five, what other senses do humans have?
55. Do birds rely on their sense of smell?
56. Are bats really blind, or have they evolved to not use their eyes?
57. Why do DNA samples collected from different parts of a person differ?
58. Does evolution translate to increasing advancement of species?
59. What do ice crystals in meat signify?
60. Are tardigrades the most resilient microbes ever?
61. What kind of problems come from protecting the environment?
62. Can microplastics be digested without problems?
63. How do microorganisms react to different metals?
64. How do plants fight off diseases naturally?
65. What does fast food have to do with forests going extinct
66. How does hunting whales affect the environment?
67. How do moths differ from butterfly?
68. So mental health problems have scientific backings?
69. How does the environment affect DNA testing?

More than a compilation of random biology research question ideas, there are biology research questions ib standard, as well as biology research interview questions in the mix, so this article is loaded.

Evolutionary Biology Research Topics

The evolutionary biology research topics you can choose from, are as follows.

1. Evolution of genomes
2. Evolution of viruses
3. How infectious diseases have evolved over the years
4. Evolution of the immune system to tolerate modern illnesses
5. Evolution of bacteria
6. Evolution of population
7. Evolution of parasites and parasitic relationships
8. Evolution of life history
9. Applications of scientific evolution
10. Problems posed by evolution
11. Evolution of plants in heightened sensitivity
12. Genetic diversity as a form of evolution
13. How natural selection affects non-coding DNA
14. How species have evolved
15. Microbial interactions over the years
16. Evolution of species in population distribution
17. How plants have evolved to withstand arid conditions
18. Evolution of humans with regards to environmental changes
19. Evolution of parasitic relationships between organisms
20. Development of drug resistance in humans
21. Development of antibiotic resistance in microorganisms
22. How viruses have evolved to evade detection by the immune system
23. Biotic factors that lead to evolution
24. Abiotic factors that lead to evolution
25. Evolution of cell structures
26. The role of natural selection in the evolution of species
27. Dominance in genes as a form of evolution
28. Gene suppression as a form of evolution
29. Contributions of Julian Huxley to the field of evolution
30. Charles Darwin as the father of evolution
31. How can the study of evolution lead to progress in other areas of biology?
32. What is genetic drift?
33. What does sexual selection have to do with evolution?
34. Evolution in genes to withstand stress in modern environment
35. Evolutionary development of beaks in finches
36. Evolution and vestigial organs
37. What biotic factors limit evolution?
38. What abiotic factors limit evolution
39. What is speciation, and what role does it play in evolution?
40. What are some morphological evolutions that have taken place in humans?
41. Morphological evolution in plants
42. How have warm-blooded animals adapted to their surroundings?
43. How do cold-blooded animals adapt to their surroundings?
44. How have plants evolved to notice changes in their environment
45. Advancements in forensic analysis
46. Behaviour of fishes with respect to changes in their habitat
47. How does natural selection affect coding DNA
48. How do amphibians tolerate the harsh weathers?
49. How has the kidney evolved to be more effective?
50. How evolution allows the further exploration of organisms
51. Evolution of parasitic insects
52. Evolution of relationships between microbes and their hosts
53. Evolution of symbiotic relationships between humans and other species
54. The place of robotics in evolution
55. History of evolution
56. Future prospects in human evolution
57. The original uses of vestigial organs
58. How does natural selection happen in humans?
59. Does natural selection in humans happen only on a molecular level?
60. How have commensal relationships evolved over time?
61. How evolution ensures diversity of species
62. What does the DNA show as regards evolution?
63. How to carry out phylogenetic analysis
64. How does natural selection in humans differ from that of the wild
65. Evolutionary elimination of recessive genes
66. How has evolution increased the capacity of the brain?
67. Evolution in relationships between biotic and abiotic environmental components
68. How has the process of aging differed with time?
69. Genetic comparisons in evolved plants
70. How have bacterial infections evolved to avoid detection?
71. How have memory cells evolved?
72. The place of sexual selection in evolution
73. How evolution has led to drug resistance
74. Relationship between cladistics, and evolution
75. Important contributions to evolution studies

This list contains topics from different branches of evolution, with details in fields such as wildlife biology research topics for research and biology research topics on animals, so you should have found topics that perk your curiosity and ignite your need for answers.

The conservation biology research topics below will give you an insight into just how the environment works, how much it has suffered, the cause of its suffering, and how this suffering can be ended. It focuses more on man’s influence in conservation procedures, but it also highlights other factors.

Environmental Biology Research Topics

Below is a list of 65 unique topics that highlight the problems faced by the environment today, and the role of mankind in making sure that things are resolved.

1. Can humans really coexist with other species?
2. The Conservative Triage.
3. When is it okay to stop conservation attempts on a particular species?
4. What qualifies one species for conservation over the other?
5. Conservation and the Tragedy of Commons.
6. Conservation and communal resource management.
7. The principles of scientific conservation.
8. Ways conservation can be effected.
9. How saprophytes assist conservation.
10. How consumers contribute to conservation.
11. How predators and primary consumers contribute to conservation.
12. Is conversation solely an economic protection strategy?
13. The effects of poaching on conservation.
14. The effects of cloning on conservation.
15. How location affects conserved species’ sustainability.
16. The urban movement for conservation.
17. How habitat preservation helps species blend into their new homes.
18. Landscape scale versus conservation.
19. Single-species conservation.
20. Single-habitah conservation.
21. Using plants to clean up the environment
22. Fungi in environmental conservation
23. The role of nitrification in environmental conservation
24. The effectiveness of bacteria in environmental clean up
25. Is conservation necessary?
26. Conservation: A cessation of the circle of life.
27. Ethical concerns about conservation.
28. How conservation affects the adaptability of species.
29. Conservation as a social science.
30. How conservation can help replenish fading ecosystems.
31. The interrelationship between species’ survival.
32. How reducing resources can aid conservation.
33. How reusing resources can aid conservation.
34. How recycling resources can aid conservation.
35. Conservation and the greater good.
36. Conservation ecology.
37. Managing renewable resources.
38. Managing non-renewable resources.
39. Conservation and extinction through the years.
40. Bio-regeneration.
41. Can conservation aid the Earth’s bio-regeneration?
42. How social animals influence conservation.
43. The dominance of social insects in conservation.
44. How to combat mass extinction.
45. How pollution hinders the effects of conservation.
46. The inverse proportionality of consumption and conservation.
47. How climate mitigation can help conserve the environment.
48. How climate restoration can help conserve the environment.
49. The effects of pollution on aquatic organisms.
50. Why aquatic molluscs are losing their shells.
51. Environmental stress and coral bleaching.
52. How water pollution threatens food security.
53. How air pollution threatens food security.
54. How land pollution threatens food security.
55. Behavioral changes and conservation.
56. How reforestation aids the environment.
57. The role of fungi in stabilizing the environment.
58. The role of algae in stabilizing the environment.
59. Symbiosis and the sustainability of forests.
60. Insects in conservation.
61. Pollination and conservation.
62. Conservation of parasitic organisms: good or bad?
63. How habitat destruction and exploitation affects conservation.
64. Is conservation anti-evolution?
65. Does conservation of the environment have any negative effects on other life forms living on earth?

Conclusion

These conservation biology research topics outlined above have the ability to not only inform the writers and readers alike, but also point them in the right direction. It is not enough to know about conservation, the important thing is to have enough information on it.

This article is well rounded, with a compiled list of topics that will guide you in your quest for knowledge on the best way to maintain a sustainable environment.

Developmental biology research topics encompass various fields and spheres of knowledge, with topics such as synthetic biology research topics and radiation biology research topics being important.

In this article, these fields are touched upon, to give a well-rounded list of developmental biology research topics from which to choose.

Developmental Biology Research Topics

1. The relationship between folding of the DNA and differentiation of cells
2. How bone length reveals the levels of risk of having arthritis
3. The discovery of other animals that are suited for studies on human diseases
4. Alpha cells and their role in diabetes diagnosis
5. Computation and documentation of the vital role of model organisms in developmental research
6. How stem cells develop into differentiated tissue
7. Formation of copies in the gene
8. The formation of tumours in the human body
9. The stages of viral replication
10. Diseases that arise from cell differentiation
11. How the environment affects the expression of genes
12. Stages of development in a foetus
13. Development of antibodies  in stem cells
14. Documentation of the process of formation of proteins
15. How cancer cells grow and spread outside their original location
16. Factors that encourage embryonic growth and development
17. How basement membranes assemble
18. How chlorophyll helps to recycle proteins
19. Senescence in leaves
20. The relationship between leaf pigments and senescence
21. Subcellular plant movement
22. The development of the skull vault in embryos
23. Process of formation of endothelial cells from stem cells of embryos
24. Effects of radiation on growth of fibroblastic cells
25. The functions of basement membranes
26. The place of basement membranes in the development of embryos
27. Stages of foetal face development
28. Development of birds from egg till hatching
29. Methods of plant defence against stress
30. Development of disease conditions from prion accumulation
31. In vitro formation of organs for transplant
32. Different model organisms used in developmental biology
33. Synthetic creation of insulin
34. The relationship between synthetic biology and developmental biology
35. How dominant genes are passed on and expressed
36. Translation of DNA codes into specific proteins
37. Communication between cells during cell differentiation
38. The relationship between phenotypic expression and cell differentiation
39. Problems that arise during embryonic development
40. Mutation in embryonic development
41. Weak points in DNA as a door to human evolution
42. Effects of radiation in gene transmission
43. Different stages of regeneration in simple organisms
44. Process of development of a fruit from a flower
45. Current breakthroughs in the field of developmental biology
46. The process of transcription in the DNA
47. Embryonic development of the immune system
48. Formation of buds in plants
49. Metabolic functions in simple marine invertebrates
50. How ribosomes regulate gene production and expression
51. The relationship between evolution and development
52. The different developmental stages of a cockroach
53. Regeneration in insects
54. The stages of formation of sister chromosomes
55. The different stages in meiosis
56. The contributions of Wilhelm Roux to developmental biology
57. The contributions of Hans Driesch to developmental biology
58. The formation of mandibles in an embryo
59. Detailed documentation of the process of fertilization
60. Changes that occur in cell structure during embryonic development
61. Translocation and aggregation of cells to form different embryonic parts
62. Markers for pattern formation in embryonic development
63. Key or vital molecular components of developmental biology
64. Genomic elements that code for growth factors in embryonic development
65. Non-genetic factors that contribute to embryonic development
66. The distinction between model organisms and experimental organisms

Developmental biology has no shortage of areas to explore, what with the ever fresh discoveries in processes of organisms. Also, history and evolution have provided enough material to work with, with regards to already known areas of interest. This list covers the interesting aspects of those areas, so your research work can be properly guided.

If you’re a college student, or you know someone who’s in that field, and you need a list of good biology research topics for college students, then look no further. Because of this article, you now have access to 70 different and fresh biology research topics for college students.

70 Different Biology Research Topics College Students Would Love

Read on to find 70 of the best biology research topics college students can choose from, for their research papers. These topics offer just the right amount of challenge for college students to put in the effort needed to make a successful paper. They are not just challenging, they are also interesting.

1. The role of microorganisms in the processes involved in brewery
2. The various mechanisms of viral resistance and adaptation
3. The different methods that microbes adapt to their environment
4. The difference between virions and viroids
5. The fundamental importance of vaccines in human life
6. The role of bacteria in human the immune system
7. Normal flora and fauna found in the human body
8. Discuss the different protozoan groups
9. Effects of exercise on immune system
10. The role of microfilms in ensuring microbial safety
11. Effects of anaemia on the human body
12. The role of the kidneys in blood purification
13. The importance of the liver in the human body
14. Effects of illnesses on the growth of humans and animals
15. Parasitic relationship between plants
16. Parasitism in animals
17. The brains reaction to trauma
18. How the brain retains information
19. How helper T cells work
20. Functions of the red blood cells
21. Discuss the structure of haemoglobin
22. The importance of magnesium in the body
23. Discuss lead poisoning and its effects
24. Autoimmunity in plants
25. Prevention of plant pathology
26. Adaptation of plants to salt water
27. Cerebral oedemas
28. Enemas: a necessary evil
29. Mechanisation in the operating room
30. The pathology of cystic fibrosis
31. Hermaphroditic organisms
32. Effects of steroids on the skin
33. Asexual reproduction in plants
34. The importance of polymerase chain reaction
35. Identification of viruses
36. How hormones control reproduction
37. The importance of homemade remedies
38. Synthesis of steroids in human cells
39. The relationship between genetics and organ rejection
40. How the environment is affected by the fashion industry
41. Factors that contribute to extinction
42. The link between genetics and schizophrenia
43. The link between genetics and mental disorders
44. The effects of poaching on the environment
45. Desert encroachment and the hazards it brings
46. How microorganisms can fill the gap created by raw metals
47. How alcohol impairs cognitive function
48. The release and regulation of oxytocin
49. The role of genetics in determining body structure
50. Adaptive features of plants to arid environments
51. Discuss the spread of zoonotic diseases
52. Acquired disease resistance in plants
53. Different methods of wildlife conservation
54. Effects of vibration on blood flow
55. Heavy metals and the problems they cause
56. Human causes of extinction
57. How the brain protects itself
58. Factors that contribute to evolution
59. Parasitism in plants
60. Hypersensitivity in humans
61. Impacts of climate change on animals
62. Cell differentiation in humans
63. Behaviours of orcas in their natural environment
64. Temperature regulation in benthic zones
65. Hyper-parasitism in animals
66. Quality control measures in ensuring drug purity during production
67. Effects of spoilage causing microorganisms outside their natural habitat
68. The contributions of cloning to modern day science
69. The link between genetics and obesity
70. Environmental factors that influence eating disorders

All these topics were specially created with the mind of engaging and informing the readers and writer. With these biology research topics, college students can rest easy, knowing that their research papers cover as many important and interesting topics as possible.

Research Topics on Molecular Biology

Below are 75 molecular biology research topics that will prove useful in your quest for knowledge.

1. Significance of meiosis
2. Differences and similarities between meiosis and mitosis
3. The importance of the plasma membrane
4. The vehicles of genetics
5. Display of dominance in alleles
6. The occurrence of co-dominance
7. Genetic transmission amongst organisms
8. Harmful experiments on the human DNA
9. Genetics and increasing life expectancy
10. Different forms of cloning techniques
11. Spontaneous mutation in humans
12. Spontaneous mutation in plants
13. Spontaneous mutation in animals
14. How GMOs can help feed the world
15. Cloning as a major breakthrough in science
16. Relationship between genetics and sexual orientation
17. Genetic disorders in GMOs
18. Evolution of DNA technology and techniques
19. Effects of addictions on the genes
20. Development of molecular biology over time
21. Major milestones in the journey of molecular biology
22. Effects of plant hormones on animal cells
23. In vitro manufacturing of growth hormones
24. The phenomenon of polypeptide folding
25. Safe treatment of genetic malfunctions
26. DNA sequencing in the expression of Down’s Syndrome
27. Using DNA modification to treat mutation
28. Diseases from rearrangement of chromosomes
29. Diagnosis of diseases using DNA
30. Diagnosis of infectious diseases with the DNA
31. Diabetes and heredity
32. The journey of evolution
33. Asexual reproduction
34. Human cloning
35. The ethics of genetic cloning
36. Hypertension and heredity
37. Depression and heredity
38. Alzheimer’s disease and heredity
39. Tay-Sach’s disease and heredity
40. Addiction and heredity
41. Mutation in fruit crops
42. Ethics of genetic editing
43. Transmission of synapses to and from the brain
44. How does the brain create link in memories?
45. How the brain sends information to the rest of the body
46. How is the information in the DNA read by the body?
47. What are the environmental factors that can lead to mutation?
48. Can environmental factors cause a change in a persons genome?
49. How molecular biology can help recover DNA of extinct species
50. How mutation can help combat illnesses
51. Role of genetics in cancer research
52. Essential equipment used in molecular biology
53. Easy ways of DNA extraction
54. Gram positive bacteria versus Gram negative bacteria
55. Resilience in bacterial coatings
56. Adaptive features of viruses
57. Purposes of human cloning
58. How GMOs can be viewed as a threat

Cell Biology Research Topics

Below are some cell biology research topics that you can choose to write from, and that will satisfy your curiosity. If you’ve ever wanted to know just how simple and simultaneously complex the cells of living things are, then you will find this list very helpful. These topics were specifically compiled based on the current trends in cellular biology, as well as trends that have left a lasting impression throughout the world of molecular biology.

59. Embryonic stem cell creation
60. Structural differences between sickle cell and normal cells
61. How cells can repair bones
62. How do cells move around within the body?
63. What can make a cell to be poorly formed?
64. Communication between cells
65. How does the body dispose dead cells?
66. The link between cell structure and resistance development
67. Basic techniques applied in cell molecular biology
68. What is the origin of living cells?
69. How osmosis occurs in living cells
70. Effects of antibiotics on bacterial cell membrane
71. How viruses mask their presence within cells
72. Advantages of embryonic stem cells
73. Molecular advancements that can provide insights to cell functioning
74. Regeneration of cells in animals
75. Cell division

As is seen above, this list offers valuable biology research topics, alongside different cellular biology research topics, so yes; you can find cell biology research topics here too.

A sacrosanct part of this information is finding the right aquatic biology research topics to base your paper on. Whether you are a student, or looking to carry out research in the field of marine biology, having good marine biology research topics will be of immense help to you.

Interesting Marine Biology Research Topics to Explore

1. How do bioluminescent animals produce their light?
2. The adaptability of bioluminescent animals to their habitats
3. The relationship between the clownfish and sea anemone
4. How are pearls formed?
5. The impact of plastic wastes in marine habitats
6. Forms of pollution in marine environment
7. The four classes of marine biology
8. Effects of climate change in marine habitats
9. Phytoplanktons in the food chain
10. Immunity in fishes
11. Disease tolerance in oysters
12. The diversity of marine organisms
13. Parasites of aquatic organisms
14. Buoyancy in sharks
15. The marine food chain
16. Adaptation of aquatic organisms to salinity
17. Adaptation of aquatic organisms to fresh water
18. The current rise in sea levels, and the consequences
19. Effects of underwater movement of tectonic plates on marine life
20. Symbiotic relationships between marine animals
21. Parasitic organisms that affect whales
22. Adaptation of birds to marine environment
23. Mutation in aquatic organisms due to chemical spills
24. Effects of toxins in marine habitats
25. Melting glaciers and its effects on marine life
26. Causes of fish die-offs
27. Bioremediation in deep waters
28. Factors that contribute to changes in oceans
29. Aestivation in African lungfish
30. Factors that lead to depletion of oxygen in marine habitats
31. Causes of acidification in oceans
32. How greenhouse gasses affect marine life
33. The toxicity of sea anemones
34. Feeding and metabolism in starfishes
35. Reasons for dying of coral reefs
36. What whale migration says about their behaviour
37. Reasons for migration in dolphins
38. Food web in marine habitats
39. The contribution of microorganisms in marine environment
40. Behavioural adaptation of x-ray fishes to avoiding predators
41. Diversity of marine plants
42. Reproduction in marine animals
43. Different sources of pollutants in marine environments
44. Effects of nitrogen and phosphorus accumulation in marine environments
45. Microplastics: small objects, big problems
46. Migration of microplastic toxins along the food chain
47. Ways of reducing the problem of plastic in marine habitats
48. Marine dumping
49. Conservation of coral reefs
50. Control of water pollution
51. Distinctive features of marine fishes
52. Energy pyramids in marine environments
53. Relationship between selected marine organisms
54. Diversity of corals
55. Effets of ocean acidification on clownfish
56. Effects of ocean acidification on other marine forms
57. Ways of minimising ocean acidification
58. Formation and effects of marine snow
59. Camouflage in octopuses
60. Adaptation of squids to their habitat
61. Reasons for migration in albatrosses
62. Migration in zooplankton
63. Adaptive features of marine plants
64. The role of sargassum plays in marine habitats
65. Sinking of marine waste products
66. formation of calcium sediments
67. protection of marine habitats
68. Viral infections in primary producers of food in marine habitats
69. Importance of calcium carbonate to marine organisms
70. Relationship between climate change and ocean acidification
71. Heat waves in marine habitats
72. Impact of heat waves on marine life
73. Causes of harmful algal blooms in marine habitats
74. Relationship between ocean acidification and marine algal bloom
75. Effects of depletion of oxygen in marine ecosystems
76. Interaction between the atmosphere and marine habitats
77. Oxygen distribution along ocean depths.

These marine biology research topics are an accumulation of matters, questions and dark areas of knowledge in aquatic biology research. Your paper will provide the much needed knowledge to know more about what marine ecosystems offer.

Any of the topics you choose, you can rest assured that they are unique, interesting, and very engaging, no matter the audience. They are also easy to write about, no matter your level.

Human Biology Research Paper Topics

Here are some human biology research paper topics, as well as a few cancer biology research topics.

1. Dependence of mankind on plants
2. The relationship between globalisation and sleep deprivation
3. The degree of protection the immune system provides
4. The role of hormones in regulating reproduction
5. Hormonal changes during pregnancy
6. Hormonal changes specific to men
7. Hormonal changes specific to women
8. The role of enzymes in ensuring full health
9. The role of enzymes in regulating metabolic processes
10. Hormones and their effects on human activities
11. Functions of the different layers of the skin
12. The importance of vestigial organs
13. The role of the spleen
14. The different human muscle tissues
15. The blood as a tissue in the human body
16. Immune system defence mechanisms
17. The interconnection between the respiratory and digestive systems
18. Signs of anaemia in the body
19. The mechanisms of action of synapses
20. Psychological influences on human health
21. The link between the brain and emotions
22. How does the liver perform its many functions?
23. The excretory system: an overview
24. The connection between all the systems of the human body
25. Arrhythmia and its effects
26. Different transport systems in the human body
27. Sleep paralysis
28. Somnambulism in children
29. The effectiveness of the sodium-potassium pump
30. The protective role of the skin
31. Diseases that affect the digestive system
32. Blood filtration in the kidneys
33. The prevalence of colour blindness in males versus females
34. Human susceptibility to illnesses with age
35. Cell suicide on the tongue
36. Where do congenital disorders come from?
37. Discuss the similarities between innate immunity and acquired immunity
38. Effects of red meat on humans
39. The different types of population distribution
40. Measures taken to control population
41. The contributions of Pavlov to science
42. How do animals influence adaptive immunity in humans?
43. The effects of a non-sterile environment on the human immune system
44. How do thought patterns form in humans?
45. Discuss the stages of development in the human brain

Other Human Biology Topics to Research

1. Effects of aging on the human mind
2. Illnesses that affect the immune system
3. The severity and occurrence of Crohn’s Disease
4. The psychological effects of abortion
5. How insomnia affects the digestive system
6. The impacts of hypersomnia on the digestive system
7. Environmental factors that lead to population growth
8. Dependence of mankind on plants
9. Relationships between globalisation and sleep deprivation
10. Conservation of biodiversity
11. Significance of the amniotic fluid to foetuses.
12. Predisposing factors of Down Syndrome.
13. Prostate cancer in young men.
14. Breast cancer in men.
15. Parkinson’s disease
16. Humans as test subjects in medical practices
17. Is it possible for the human body to develop adaptive features to fire?
18. What are the genetic factors that play a role in determining a person’s behaviour?
19. Is intelligence affected by one’s behaviour?
20. The link between genetics and cognitive development
21. Regulation of hormonal levels in the human body
22. How information processing takes place in the brain
23. How human activities have resulted in the destruction of the environment
24. In what ways have human activities contributed to extinction in other organisms?
25. Is it ethical to use humans as test subjects?
26. The place of competition in bringing out the adaptive features in humans
27. Human reactions to shortage of resources due to overpopulation
28. How humans have posed the biggest threat to the advancement of science
29. Human exploration: the drive to know more
30. The shortcomings of the human metabolic system
31. The role of microbes in human immunity
32. How does nutrition affect human behaviour?
33. How do thought patterns map a path for the body to follow?
34. What are the functions of the skeletal system?
35. How does the brain regulate metabolism?
36. What does human blood consist of?
37. The possibility of a stable population in the future
38. How do supplements affect human developmental processes?
39. Human activities that result in environmental pollution
40. Human activities that help conserve the environment
41. Effects of radiation on humans
42. Diseases transmission in humans
43. Similarities between human anatomy and animal anatomy
44. Anthropology over the years
45. History of human population

Human biology is one of the most interesting branches of biology, so these topics will give you and your readers an intriguing insight into the workings of the human body and mind.

Biology Research Topics for High School

Here are some good research topics in biology for high school students.

1. The structural differences between plant and animal cells
2. Functions of the organelles in plant cells
3. Functions of the organelles in animal cells
4. The body’s way of creating energy
5. The importance of taxonomy in biology
6. Psychological development in young adults
7. The impact of regular exercise on the immune system
8. How homeothermic organisms regulate their body temperature
9. Different hormones released during stress
10. The impact of obesity on the immune system
11. Insulin resistance in humans
12. The importance of water in maintaining immunity
13. Human tolerance for immunity
14. The importance of the rhesus factor
15. Modern ways of identification of organisms
16. Differences in the cells of prokaryotes and eukaryotes
17. The stages involved in photosynthesis
18. How hormones regulate the body’s functions
19. The effects of cortisol
20. The functions of the different layers of the skin
21. How the liver detoxifies the blood
22. How melatonin therapy has paved way in medicine
23. The influence of exercise on hormones
24. Dangers of abortion
25. Underage childbirth
26. The structural effectiveness of the DNA
27. The enzymes responsible for DNA replication
28. Enzymes responsible for regulating DNA replication
29. Healthy methods of weight management
30. Unhealthy methods of weight management
31. Similarities between the DNA of a human and a banana
32. The history of DNA modification
33. Consequences of DNA alterations
34. Biological factors that influence growth
35. The science behind the vanishing twin
36. Components of an adequate diet
37. The importance of creating a balance of environmental resources
38. Human activities that disrupt environmental balance
39. Ways of disposing non-biodegradable waste
40. Parasitic relationship in plants
41. Proper ways of purifying water
42. Misuse of non-renewable energy
43. Different forms of energy conversion
44. Consequences of environmental pollution
45. Importance of microorganisms in biodegradation
46. The effect of plastic in aquatic habitats
47. Ineffective measures of pollution control
48. The impacts of ceramics on the environment
49. Effects of electric shocks on microbial cells
50. Classes of food nutrients
51. Importance of food nutrient classes
52. The relationship between music and foetal development
53. How climate affects plant distribution
54. The contribution of biotic factors to loss of soil nutrients
55. The economic importance of millipedes–
56. The contribution of abiotic factors in loss of soil nutrients
57. Ways of conservation of soil
58. Biotic factors that determine soil composition
59. Abiotic factors that determine soil composition
60. Ways of replenishing soil nutrients
61. Using plants as markers of environmental growth
62. The place of agriculture in sustainable living
63. Diet classes that are essential for early childhood development
64. The creation of vaccines
65. The history of medicine
66. The use of Lactobacillus  in medical practices
67. Common spoilage organisms
68. Hypersensitive reactions in the gut
69. Common respiratory diseases
70. The relationship between validation and oxytocin release
71. Biological methods of pest control
72. The stages of development of a fruit
73. Natural suppliers of gut microbiota
74. Over-fishing and its consequences
75. Pollution in the home
76. The importance of bottom feeders in aquatic habitats
77. The contributions of scavengers to the food chain
78. The Mendelian theory, and its applications
79. Hormones and their impact in food cravings
80. Effective birth control
81. The positive aspects of sensory deprivation
82. Using Pavlovian response as a tool for behavioural conditioning
83. How the body breaks down sugar
84. Ways of recovering endangered animal species
85. The different types of vaccines
86. The body’s response to the different forms of vaccines
87.  The activity of non-proteinous enzymes
88. The activity of enzymes in the eyes
89. How effective is the prediction of offspring features?
90. Methods of communication amongst animals of the same species
91. Communication between animals of different species
92. Scientific explanation of sugar high
93. DNA editing techniques and technologies
94. The epidemiology of cholera
95. Human contributions to climate change
96. Problems that can arise during DNA transcription
97. Natural immunity against forms of cancer
98. Energy storage in the body
99. Advancements in the search for a cure for cancer
100. Behavioural economics: an overview
101. Economic importance of earthworms
102. Factors that support thriving of plants
103. Adaptive features of animals in desert conditions
104. Adaptive features of land animals in aquatic environments
105. How synthetic biology can help save the world
106. The importance of human relationships in mental health development
107. The science behind addictions
108. How the body breaks down fat
109. Energy conversion within the human body
110. The role of epigenetics in diagnosis
111. How gene transfer determines immunity strength
112. The contributions of genetic research in the treatment of cancer
113. Transportation of nutrients around the body
114. The actions of each type of RNA
115. Method of communication or signal transfer between cells
116. Binary fission as a means of cell reproduction
117. Enzymes that regulate gene expression
118. Enzymes that regulate RNA activities
119. The role of food vacuoles in a cell
120. How the body regulates its water content
121. The balance of electrolytes in the human body

These topics are biology research topics high school students would find interesting, and easy to write about. You will find these biology research paper topics for high school students very fitting for different levels of capacities.