Science has always found a way of linking different branches of biology to other sciences. These links can lead to new advances in biology research.

This article contains 55 different topics related to mathematical biology. These topics show that biology and mathematics share many similarities.

Topics in Math Biology Research
These topics are designed to assist you in teaching your readers the relationship between math and biology.

– The relation between biofluid mechanicals and human anatomy
– The relationship of biofluid mechanics to animal anatomy
– The fundamental connections between biofluid mechanics & the circulatorysystem
– Mathematical models for biological functions
– Mathematical representations and models of biofilms
– Mathematical models predicting the spread cancer cells
– Mathematics’ role in studying cell dynamics
– Quantitative prediction of cancer cells
– Quantitative aneurysm predictions
– Quantitative Predictions of Gestational Diabetes
– Multidimensional models for cancer
– How mathematics helped pave the way for new developments in areas like data sequencing and gene map
– The mechanics behind the planet’s movement
– The mechanics of animal life cycles
– The mechanics of morphogenesis
– Mathematical insight on the formation of patterns within bacteria
– The plant population dynamics
– A discussion about computational biomechanics.
– The use ohmic wavelengths for the identification of animal species
Graph theory for measuring endothelial cell characteristics
– Development metapopulation models
Using measurements of pollen specimens, you can predict the dynamics of pollen flight.
– Data Acquisition through Mathematical Methods on Biological Processes
– Statistics used in the measurement of HIV’s evolutionary trends
– The use and prediction of the climate change’s effects on fish production using differential equations
– Mathematical neuroscience: How it contributes to biological advancement
– Mathematical analysis in order to document stability in complex ecosystems
– The creation of mathematical models for biological tissue functions
– A graphic representation of the various stages of cancer cell growth in tumours.
– The use statistics models to optimize biological output
– Mathematical models for the treatment of tumours
Mathematical models for plants that show the Fibonacci numbers
– Mathematical and biological biophysics
– Mathematical models for the formation of biological patterns within multicellular organisms
– Mathematical models based on differential equations for cell dynamical and other systems
– The bifurcation Diagram of Plant Cells
Mathematical models for infectious diseases
– Statistics for epidemic outbreaks
– Mathematical modeling metabolic networks
– Morphometrics in biological processes
– Mathematical models for molecules
– The relationship among mathematical biology, theoretical biology
– Population metrics for ants using Fibonacci series
– Statistics analysis of epidemics
– Biological Applications of Chaos Theory
– Mathematical models for spontaneous cell death
– Mathematical models for cell interactions and transport
– Mathematical models that predict the expression of genes in chronic diseases
– Mathematical models are used in the study on cancer
– Mathematical models that show the origin of illness
– Mathematical models describing the stages of insect development
– Continuum models for nutrient depletion on agar plates
– Measuring the microbial distribution of culture samples
– Determination if microbial life is at its peak using continuum models that deplete nutrients
– Mathematical models describing the diseases of common pathogens

These topics are all related to mathematical biology and each topic is treated in detail. These topics will satisfy your curiosity and allow you to understand how mathematics can help biology.

Whatever your research topic, there are many great resources and ideas to help you.