what is biology in science essay

Free Biology Essay Examples & Writing Tips

Don’t know what to write about in your essay on biology? Looking for good biology essay examples for inspiration? This article has all you need!

A biology essay is a type of academic paper that focuses on a particular topic of biology. It can discuss animal life, cycles in biology, or a botanic subject. You will need to demonstrate your critical thinking skills and provide relevant evidence to support your perspective.

On this page, you will find examples of biology essays. You will also find here tips and topics prepared by our experts . They can assist you in nailing your short or extended essay.

Areas of Research for Biology Essays

If you’ve been assigned to write a biology essay, you probably know which area of research you have to choose. However, it might be beneficial to explore other available scopes. It’s useful for both interdisciplinary study and the cases when you are free to pick your area of research. In this section, let’s figure out what you can study in biology.

Here are biological areas of research you should be familiar with:

• Cancer Biology studies this type of disease to prevent, detect, diagnose and cure it. The ultimate goal of such biologists is to eliminate cancer.
• Cell Biology is a branch that studies the structure, function, and behavior of cells. Here, biologists study healthy and sick cells to produce vaccines, medication, etc.
• Biochemistry is an application of chemistry to the study of biological processes on cell and molecular levels. It is a cross-discipline between chemistry and biology. The focus is on the chemical processes of living organisms.
• Computation Biology is a study of biological data that develops algorithms and models to understand biological systems. Here, scientists either work for institutions or research for private enterprises.
• Genetics is an area that focuses on the study of genes and genetic variations for health benefits. It looks at the way DNA affects certain diseases.
• Human Disease is an area within which scientists study different diseases. The field covers cancer, developmental disorders, disease genes, etc.
• Immunology is a branch of biology that focuses on immunity. Immunologists look at the way the body responds to viruses as a way to protect the organism.
• Microbiology studies all living organisms that are too small for our eye to see. It includes bacteria, viruses, fungi, and other microorganisms.
• Neurobiology is the study of the nervous system. Biologists examine the way the brain works and look into brain illnesses.
• Stem Cell and Developmental Biology seeks to examine how the processes behind stem cell’s ability transform cells. The biologists in this area use the power of stem cells to model human illnesses.

Essay on Biology: Writing Tips

Want to know how to start a biology essay? Wondering about the best way to write your essay on biology? Then check out the following tips.

When you’re writing about biology, pay attention to the following features:

• Introduction . Just as in any other form of academic writing, the first section of your paper introduces the subject. Here, explain why your ideas are relevant to biology as a science.
• Thesis Statement. The final one or two sentences of the first paragraph should include your original hypothesis and experiment. You will be proving them in the main body. You do not have to include the results as the reader will encounter them later. If you’re struggling with this part, try our thesis generator .
• Main Body. In this part, write about all the experiments in detail. Often, teachers require to include visual aid to prove your point. For Zoology, Anatomy, Botany, it is pretty easy to find some photos and illustrations.
• Conclusion. Here, restate your thesis. Reemphasize the most critical aspects described in the main body. You can do it by using our summarizing tool . The goal of this last paragraph is to leave an everlasting impression on the reader.

Thank you for reading our article. We hope you found it helpful. Share it with your class peers who also study biology. Additionally, have a look at the biological essay examples below.

741 Best Essay Examples on Biology

Grass and its importance, the benefits of animals to humans essay.

• Words: 1166

The Effect of Temperature on Amylase Activity

• Words: 1293

Anaerobic Respiration and Its Applications

• Words: 1274

Ubiquity of Microorganisms

• Words: 2210

Bronfenbrenner’s Bioecological System Theory

• Words: 1827

Biology of Grasses: Description and Importance

Biology: analysis of egg experiment, similarities and differences of photosynthesis and cellular respiration, botany and taxonomy of the onion.

• Words: 2414

Strawberries History

• Words: 1484

Browning Reactions Explained

Lemon, its origin and production.

• Words: 1115

16S and 18S Ribonucleic Acids: The Key Differences

Seed germination experiment: results and discussion, mung seed germination patterns under varying ph values, dark or light skin: advantages and disadvantages, mitosis in onion root and whitefish blastula, the c-fern plant laboratory experiment.

• Words: 1101

Non-trophic Interaction in Marine Species

Effects of vinegar on the germination rate of mung beans seeds.

• Words: 1750

Eukaryotic and Prokaryotic Cells: Key Differences

Mitosis and meiosis in onion root tip.

• Words: 1691

Membrane Hands-on Laboratory Report

• Words: 1176

Osmosis Through a Potato Slice Dipped in Solutions of Varying Concentrations

• Words: 1075

Marine Life in United Arab Emirates

• Words: 1474

Pets and people

Corn plant’s developmental stages, vaquita – endangered species.

• Words: 1367

“The Egg and the Sperm” by Emily Martin Critique

• Words: 2577

A Lab Report for Microbiology Class

Soil impact on the growth of plants.

• Words: 1227

Cell Organelles, Their Functions, and Disease

• Words: 1195

A Light Microscope: Function and Usage

A brief discussion of animal and plant cells, characteristics of adult development.

• Words: 1311

Basic and Applied Biology: Key Differences

Responsible house plant keeping.

• Words: 2262

Description of Mitosis and Meiosis

The genus rosa’s adaptation to the environment.

• Words: 1144

Different Ecosystems and Living Things

Consequences of orange juice on the germination of mung bean seeds, human circulatory system and evolution, nanobiotechnology, its advantages and disadvantages, dugesia, a planarian with its peculiar characteristics.

• Words: 3207

Vitamin A: Description and Usage

Transpiration process in plants, falling in love as part of natural selection.

• Words: 1085

The Anatomy and Physiology of the Nervous System of a Rat

• Words: 1612

What Enzymes Are and How Do They Work

Biology. cell analogy – nucleus + nucleolus, venus flytraps and arthropods: plant-animal interactions.

• Words: 2088

The Insect Effect on Human Life

Measurement of generation time of e. coli.

• Words: 1527

The Importance of Sleeping and Dreaming

Yeast and the fermentation process, the characteristics and importance of nervous system.

• Words: 1705

Archaea and Bacteria Prokaryotes Dichotomous Keys

Providencia rettgeri as an unknown microorganism.

• Words: 2203

Gekkonidae: Biological Characteristics

• Words: 1121

Common Biochemical Cycles

The function and structures of the human heart, the concept of selective breeding.

• Words: 2724

Mattew Warren: Four New DNA Letters Double Life’s Alphabet

• Words: 1119

Cane Toad: Introduction and Threat

• Words: 1018

Ethnobotanical Uses of Plants

• Words: 1938

Bioremediation Technology

• Words: 1604

The Role of the Olive in Human History and Lives

• Words: 1653

Biology: Photosynthesis and Respiration

Forensic procedures: hairs and fibres.

• Words: 2067

The Digestive System in the Human Body

Understanding the effects of quantity of light on plants growth.

• Words: 1089

The Effect of Habitat Disturbance on Invertebrate Abundance and Diversity

• Words: 1282

The Process of a Prenatal Child’s Development

Interesting aspects of brain development, biology lab report: biodiversity study of lichens, rabbit muscular system dissection report, importance of the brain in human body, a study of the brine shrimps and their natural environment.

• Words: 1937

Substrate Concentration and Rate of Enzyme Reactions

• Words: 1730

Unknown Bacteria Under Microbiology Lab Tests

• Words: 1164

Bacteria Identification: Enterobacter Aerogenes

• Words: 1096

Carbon Monoxide (CO) Poisoning

• Words: 1169

Description and General Information About Stink Bugs

The histopathology laboratory: special stains.

• Words: 2077

Osmosis Transport Across the Cell Membranes

Microbial groups and golden age of microbiology, psychophysics: definition & fundamentals.

• Words: 1606

Bird DNA Extraction: Sex Determination of Gallus Gallus

• Words: 1109

Escherichia Coli and Staphylococcus Aureus Features

• Words: 1036

Cell Membrane Permeability

Vertical stratification, earth atmospheric evolution.

• Words: 1719

The Human Cloning Debates

• Words: 1197

Is Earthworm Beneficial or Harmful to Humans?

Epithelial tissue: structure and functions, memory: its functions, types, and stages of storage, biological taxonomy: classification of microorganisms, ubiquity of bacteria: laboratory activity.

• Words: 1496

Digestion, Absorption and Assembly of Proteins

• Words: 1456

The Pomegranate or “Punica Granatum L.”

• Words: 1184

Human Reproductive Biology: Organs, Structure, Functions

• Words: 2909

How the Human Eye Works Analogous to a Camera

Aspects of biology as a subject, seed germination and osmosis.

• Words: 1127

Life in the Bottom of the Ocean and Its Protection

• Words: 1529

The Physical Self Concept Analysis

Differences of domesticated and wild animals and plants, cell culture and biomedical applications.

• Words: 1485

Domesticated, Cultivated, and Wild Species

Essentials of biodiversity.

• Words: 1846

Functions of Eukaryotic Cell Organelles and Their Importance

Plasmodium falciparum among eukaryotic microbes, lucid dreaming: impact on sleep disruption.

• Words: 1927

Protein Sequence Determination

Adenosine triphosphate: role in muscular system, identification of escherichia coli bacteria.

• Words: 1510

Bacteriophages in Modern Science

Asymmetric glycerophospholipids impart biophysical properties to lipid bilayers, biology of the invertebrates: malaria.

Extended Essay: Sciences: Biology

• Step 1 - Choosing a Subject
• Step 2 - Choosing a Topic
• Step 3 - Draft a Research Question
• Step 4 - Finding Sources
• Step 5 - Evaluating Information
• Step 6 - Bibliography & Citation
• Step 7 - Organizing Information
• The Arts: Visual Arts
• Individuals & Societies: Business Management
• Individuals & Societies: History
• Individuals & Societies: Psychology
• Language Acquisition
• Language and Literature
• Sciences: Biology
• Sciences: Sports, Exercise, and Health Sciences
• Interdisciplinary Papers: World Studies
• Assessment Criteria
• Research Questions
• Investigation

Extended Essay in Biology

Extended Essays in Biology

Choosing a topic

Choosing a Topic

Biology is the science that deals with living organisms and life processes. A biology EE should incorporate biological theory and emphasize why it is relevant today.

The topic must relates specifically to biology. Many topics can be approached from different viewpoints, but for an EE in biology the treatment of the topic must be clearly biological. For example, an EE in an interdisciplinary area such as biochemistry will, if registered under the subject of biology, be judged solely on its biological content.

Disease, for example, could be considered through many different lenses. A biology paper about diseases would focus on their impact on particular organisms or life processes, and not on medical treatment, or the economic effects of the disease on society.

Approaches to research

Primary Research

Essays in biology may be based on data collected by the student through:

Essays that involve lab work, or fieldwork, should include a clear and concise description of the experimental procedure. Students taking an experimental approach must also consult secondary sources.

Secondary Research

Students can base their essays on data or information obtained from literature (secondary studies). However, in this case they should use the data in an original way. Essays that simply restate facts or data taken directly from the sources are of little value.

Biology Sources

Even students doing primary research will still need to reference secondary sources. And students relying entirely on secondary sources will need to find sources not only of written information but also experimental data which they can analyze.

Writing the Essay

An essay in the sciences requires is more than just generating and presenting data. Analysis of the data is also essential. The main body of the essay should consist of an argument or evaluation based on the data or information presented . You can gather your own data through a variety of methods, or rely on secondary data. You should use graphs, tables, or diagrams to point out the significance of your findings.

You should ensure that the main body of the essay is well structured and has an obvious logical progression. You can use numbered and headed paragraphs to impose a clear structure. Your evaluation should show that you understand the the data they have collected and its significance to the world.

In your analysis, you should also describe and explain the limitations imposed on the research by factors such as

• the suitability and reliability of the sources accessed
• accuracy and precision of measuring equipment
• sample size
• validity and reliability of statistics

Students  should also consider biological limitations such as:

• those arising from the problem of repeatability and control when using living material
• the difficulties of generalizing from research based on a single type of organism or environment.

Exceptions for Safety and Academic Honesty

Safety and Ethics in Choosing a Topic

In all cases where human subjects are used as the basis for an investigation, clear evidence of informed consent must be provided in accordance with the IB guidelines.

Some topics may be inadmissible because their means of investigation are unethical. For example, investigations that:

• are based on experiments likely to inflict pain on, or cause stress to, living organisms
• are likely to have a harmful effect on health, eg culturing micro-organisms at or near body temperature (37°C)
• involve access to, or publication of, confidential medical information.

Some topics may be unsuitable because of safety issues. Adequate safety apparatus and qualified supervision is required for experiments involving dangerous substances such as:

• toxic or dangerous chemicals
• carcinogenic substances
• radioactive materials.

Other topics may be unsuitable because the outcome is already well known and documented in standard textbooks.

Assessed Student Work

• The Antimicrobial Effects of Metals Copper, Barium and Silver on the Growth of Bacteria
• Effects of different calcium salts in growth solutions on the growth of the stems of basil (Ocimum basilicum) plants grown hydroponically
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30 Great Essays About Biology

If you read one a day, you may just fall in love..

The world needs more essays about biology. So last month, I tweeted a link to one of my favorite essays (#1 below) and promised that I would continue to share an additional essay every day for the next 29 days. I titled the series, “30 Essays to Make You Love Biology.”

I’ve now assembled all 30 essays in this article. I hope you’ll read them and emerge with a deeper appreciation for the cell, atoms and their confluence with physics and math.

I scoured the internet for non-paywalled versions of each article, so all links go to open-source versions. This effort was inspired by the website “ Read Something Wonderful .” Enjoy!

"I should have loved biology" by James Somers. An easy-to-read essay about how biology is poorly taught in schools, and how this poor teaching masks its most intriguing bits. Students are typically told to read textbooks and memorize facts about the cell ( Mitochondria are the powerhouse of the cell! ) without ever appreciating its miraculous complexity. Tests are often given as multiple choice, with little to no problem-solving involved. As Somers writes: "It was only in college, when I read Douglas Hofstadter’s Gödel, Escher, Bach, that I came to understand cells as recursively self-modifying programs." Link

"Cells are very fast and crowded places" by Ken Shirriff. A short essay about some awe-inspiring numbers in cell biology. My two favorite lines are: "A small molecule such as glucose is cruising around a cell at about 250 miles per hour" and "a typical enzyme can collide with something to react with 500,000 times every second." Link

"Seven Wonders," by Lewis Thomas. When Thomas was asked by a magazine editor “to join six other people at dinner to make a list of the Seven Wonders of the Modern World,” he declined and instead drafted this article about the seven wonders of biology . Number 2 on the list: Bacteria that survive in 250°C waters. Link

"Life at low Reynolds number," by E.M. Purcell. An all-time classic. One of the best biology lectures of all time. This essay opened my eyes to the weirdness of life at the microscale, where "inertia plays no role whatsoever." Or, as Purcell says, "We know that F = ma, but [microbes] could scarcely care less." Link

"The Baffling Intelligence of a Single Cell," by James Somers & Edwin Morris. This interactive article, about chemotaxis and flagella, gives "an intuition for how a bag of unthinking chemicals could possibly give rise to a being." It’s stunning and slightly emblematic of the great Bartosz Ciechanowski’s blog. Link

"Thoughts About Biology," by James Bonner. A little-read essay, I think, that deserves more attention. Published in 1960, Bonner argues that biology is ever-changing and progress, often, comes from those outside the field. Part of biology’s beauty is that you can push it forward regardless of background. Link

"Biology is more theoretical than physics," by Jeremy Gunawardena. It is often said "that biology is not theoretical," writes Gunawardena, but that's not true. This essay gives examples where theory preceded and informed major discoveries in biology. It’s a must-read, especially for those who want to work on biology but don't feel compelled to work at the bench with a pipette in hand. Link

"Can a biologist fix a radio?" by Yuri Lazebnik. One of my favorites. Biologists tend to catalog things by breaking them apart. But without quantitative insights, it is difficult to piece them back together into a holistic understanding. Even if you think a line of inquiry in biology has been exhausted, there is always room to go deeper. Link

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"Schrodinger’s What Is Life? at 75" by Rob Phillips. In 1944, physicist Erwin Schrödinger wrote a book, called “What is Life?” that pondered a single question: “How can the events in space and time which take place within the spatial boundary of a living organism be accounted for by physics and chemistry?" This essay is an ode, synopsis, and expansion of that classic book. "Names such as physics and biology are a strictly human conceit,” writes Phillips, “and the understanding of the phenomenon of life might require us to blur the boundaries between these fields." Link

"Molecular 'Vitalism'" by Marc Kirschner, John Gerhart & Tim Mitchison. Students are often taught that genes are the bedrock, or blueprint, for biology. But this picture is quickly changing, unraveling, fading. "Although...proteins, cells, and embryos are...the products of genes, the mechanisms that promote their function are often far removed from sequence information." Link

"Escherichia coli," by David Goodsell. Goodsell is a computational biologist who also makes brilliant watercolor paintings of living cells. His paintings are based on atomic truth —that is, the ribosomes, mRNAs, and DNA molecules are all painted to scale. This short essay explains how he does it. Link

"How Life Really Works," by Philip Ball. This essay challenges much that students are taught about how cells actually work. DNA is not some all-powerful blueprint of the cell, as textbooks often suggest. To truly understand life, argues Ball, one must first realize that cells are far more complex than that. They are, in fact, intelligent agents that change their surroundings to their own benefit. Link

"A Long Line of Cells," by Lewis Thomas. Another masterful essay that traces one man's life, and mankind's progress, through the lens of evolutionary biology. It helped me appreciate how my own life is deeply intertwined with the lives of organisms all around me. Link

"AlphaFold2 @ CASP14," by Mohammed AlQuraishi. Biological progress is swift, and that is one reason it is so exciting. In this first-person essay, a computational biologist marvels at a scientific breakthrough in predicting protein structures from their amino acid sequences. Link

"Theory in Biology: Figure 1 or Figure 7?," by Rob Phillips. Another great essay about theory —and not just wet-lab experiments—as a key driver of scientific progress. "Most of the time, if cell biologists use theory at all, it appears at the end of their paper, a parting shot from figure 7. A model is proposed after the experiments are done, and victory is declared if the model ‘fits’ the data." But such an approach is misguided, writes Phillips. As Henri Poincaré once said: "A science is built up of facts as a house is built up of bricks. But a mere accumulation of facts is no more a science than a pile of bricks is a house." Link

" On Being the Right Size," by J.B.S. Haldane. Published in 1926, this essay made me appreciate the myriad forms and functions of lifeforms all around me. I learned why an insect is not afraid of gravity; why a flea as large as a human couldn't jump as high as that human; why a tree spreads its branches, and much more. Simple, beautiful. Link

"I Have Landed," by Stephen Jay Gould. The final essay in a 300-essay series, Gould  writes about how he often lies awake at night, pondering his purpose in the Universe and his fear of death. And how, upon deep reflection, he is most stunned by the fact that life—after more than 3.5 billion years of evolution—continues to exist at all “without a single microsecond of disruption." Link

"A Life of Its Own," by Michael Specter. Published in The New Yorker in 2009, this piece explores the then-nascent field of synthetic biology. It opens by telling the story of Jay Keasling, a professor at UC Berkeley, who engineered yeast to make an antimalarial drug called artemisinin, which has been used to save at least 7.6 million lives. Artemisinin was historically extracted from the sweet wormwood plant in a painstaking and low-efficiency process. Link

"Slaying the Speckled Monster," by Jason Crawford. Smallpox killed an estimated 300 million people in the 20th century alone. This essay explains how a long line of brilliant scientists—from John Fewster and Edward Jenner to D.A. Henderson—invented the first vaccines against the disease and then, in the 1960s, launched campaigns to eradicate smallpox entirely. An inspiring story about how biological discoveries can save lives. I also learned this: "The origin story [about smallpox vaccines] that is usually told, where Jenner learns of cowpox’s protective properties from local dairy worker lore or his own observations of the beauty of the milkmaids, turns out to be false—a fabrication by Jenner’s first biographer, possibly an attempt to bolster his reputation by erasing any prior art." Link

"Why we didn’t get a malaria vaccine sooner," by Saloni Dattani, Rachel Glennerster & Siddhartha Haria. Malaria has killed billions of humans in the last few centuries and continues to kill 600,000+ each year. This is, simply put, the best essay ever written on the history of malaria and the invention of vaccines to prevent it. We are living through a revolutionary time, considering these vaccines were only approved for the first time in 2021. Link

"Biology is a Burrito" and "Fast Biology," by Niko McCarty. Cells are often envisioned as wide-open spaces, where molecules diffuse freely. But this isn't true. In reality, cells are so crowded, it’s a wonder they work at all. Every protein in the cell collides with about 10 billion water molecules per second. Protein ‘motors’ make energy-storing molecules by spinning around thousands of times a minute. Sugar molecules fly by at 250 miles per hour, nearly double the speed of a Cessna 172 airplane at cruising speed. When I first heard these numbers, I thought they were made up. After all, how is it even possible to measure such things? The world’s most powerful microscope cannot necessarily “see” a protein motor spinning, or watch a sugar molecule move through a cell. As a PhD student, I jumped head-first into the world of biological speed. My goal was to collect some "remarkable" numbers in biology and understand the experiments that brought them to light. My search made me appreciate how remarkable it is that life functions at all, considering the chaotic conditions in which cells exist. It also gave me a new appreciation for biology, and the incredible exactitude that one must have to engineer it — let alone engineer it successfully. Link | Link

"Jonas Salk, the People’s Scientist," by Algis Valiunas. Salk made one of the first successful polio vaccines. A double-blind clinical trial, launched in 1954, showed that patients who received his vaccine "developed paralytic polio at about one-third the rate of the control groups. On average across the different types...the vaccine was eighty to ninety percent effective." Shortly after the trial's results were made public, journalist Edward R. Murrow interviewed Salk. When Murrow asked Salk who held the patent on the vaccine, Salk replied: “Well, the people, I would say. There is no patent. Could you patent the sun?” Reading this essay helped me to appreciate the struggle and strife of biological research, the fickleness of fame, and the positive impact that a small group of scientists can have on the world. Link

"On Protein Synthesis," by Francis Crick. Arguably the most important essay in biology’s history, this was adapted from a lecture that Crick gave in 1957 during which the famed geneticist made several accurate predictions about how cells work well before experimental evidence existed to support them. “I shall…argue that the main function of the genetic material is to control (not necessarily directly) the synthesis of proteins," wrote Crick. "There is a little direct evidence to support this, but to my mind the psychological drive behind this hypothesis is at the moment independent of such evidence.” At the time, scientists weren't sure DNA had anything to do with proteins. In this essay, Crick also predicted the existence of a small ‘adaptor’ molecule that brings amino acids to the ribosome for protein synthesis (now known as tRNAs) and that future scientists would chart evolutionary lineages by comparing DNA sequences between organisms. Crick was years ahead of his time. This essay is a masterclass in scientific thinking. Link

"The People Who Saw Evolution," by Joel Achenbach. My favorite article on this list. Every year, for 40 years, Peter and Rosemary Grant traveled to Daphne Major, a volcanic island in the Galápagos, to study Charles Darwin's finches. During that time, they watched "evolution happen right before their eyes." In 1977, for example, just 24 millimeters of rain fell on Daphne Major, causing major food sources—including small, soft seeds—to become scarce. When the Grants returned to the island in 1978, they found that smaller finch species had died off, whereas “finches with larger beaks were able to eat the seeds and reproduce. The population in the years following the drought in 1977 had ‘measurably larger’ beaks than had the previous birds." I also strongly recommend the book, “ 40 Years of Evolution ,” from Princeton University Press.  Link

"Is the cell really a machine?" by Daniel J. Nicholson. Living cells are far more complex—and beautiful—than any machines made by human hands. In this essay, a philosopher points to four areas of current research where the metaphor of "cells as machines" breaks down. For example: Even though proteins are depicted as static or unmoving molecules, they actually “behave more like liquids than like solids." Link

"Biological Technology in 2050" by Rob Carlson. "In fifty years,” writes Carlson, “you may be reading The Economist on a leaf. The page will not look like a leaf, but it will be grown like a leaf. It will be designed for its function, and it will be alive. The leaf will be the product of intentional biological design and manufacturing." This is a futuristic essay about the potential of manipulating atoms via living cells. Link

"Research Papers Used to Have Style. What Happened?" by Roger's Bacon . This is an ode to beautiful scientific writing. The essay draws from classic biology research papers to make its case. Link

"Night Science," by Itai Yanai & Martin Lercher. A personal essay about scientific discoveries that do not emerge from the scientific method as it’s taught in school, as told by two biologists. Perhaps it will inspire you to take up night science experiments of your own. Link

"Atoms Are Local," by Elliot Hershberg. Biology is the ultimate distributed manufacturing platform. Cells harvest atoms from their environments—air and soil—and rearrange them to build materials, medicines, and everything we need to live. Link

"The Mechanistic Conception of Life," by Jacques Loeb. This is the article that got me hooked on biology a decade ago. Written by one of history’s greatest biologists, it poses a number of questions that I suspect will keep scientists busy for many decades to come. "We must either succeed in producing living matter artificially,” writes Loeb, “or we must find the reasons why this is impossible." Link

What essays did I miss? Let me know in the comments and I’ll expand the list :)

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Essay Samples on Biology

Evolutionary biology through the lens of medicine.

When thinking of the word evolutionary I often think of species developing or changing yet I rarely think of practical ideas like medicine or healthcare progressing. Although having species evolve is important in its own unique ways, having medicine evolve is something that I think...

• Human Evolution

Biology and Bioethics: Balancing Science and Morality

Introduction Biology, the study of life and living organisms, has witnessed remarkable advancements over the years. As our understanding of the intricate workings of biological systems deepens, ethical questions arise concerning the responsible use of this knowledge. The field of bioethics explores the ethical implications...

The Importance of Cell Biology in the 21st Century

Cell biology is the study of cell structure and how it fundamentally gives organisms their function, there are approximately 25,000 protein-coding genes in the human genome, within this only about 60% of the human genes have an identifiable sequence homology within the protein database. Human...

• Genetic Modification

Application Of Forensic Anthropology In Human Identification From The Skeleton

Forensic Anthropology The study of Biological anthropology includes a wide rage of sub categories such as medical anthropology, evolution, and forensic anthropology. Forensic anthropology uses the methods of osteology, a physical anthropology to analyse physical remains for legal issues such as criminal trials. Forensic anthropologists...

• Human Anatomy

Best topics on Biology

1. Evolutionary Biology Through the Lens of Medicine

2. Biology and Bioethics: Balancing Science and Morality

3. The Importance of Cell Biology in the 21st Century

4. Application Of Forensic Anthropology In Human Identification From The Skeleton

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Biology Explored: the Dynamic Duo of Mitosis and Meiosis

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What is Photosynthesis?

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Biology and Signaling Alterations in AD

The Rho-associated coiled-coil containing kinases (ROCKs) are ubiquitously expressed serine/threonine kinases that are downstream effectors of the RhoA GTPase (Ishizaki et al., 1996b; Leung et al., 1996a; Leung et al., 1995a; Matsui et al., 1996a; Nakagawa et al., 1996a; Schackmann et al., 2011). ROCKs are key regulators of the actomyosin cytoskeleton dynamics, as well as neuronal morphology and synaptic plasticity (Schubert and Dotti, 2007). The two ROCK homologs (ROCK1 and ROCK2) share high homology in their kinase domains (92%) and […]

Effect of Exercise on the Rate of Respiration and the Heart Rate

How does increase the number of jumping jacks affect the rate of respiration and the heart rate per minute in teenagers aged 17-18? Background Information: Different types of activity will have a different effect on the rate of respiration as well as the heart rate because of certain factors. These include the level of intensity and difficulty of the exercise, as well as determining whether it is an aerobic or anaerobic activity. Aerobic respiration requires the presence of oxygen. (Haldane, […]

Photosynthesis Vs. Cellular Respiration the Major Processess in a Global Balance

There are two key processes that occur in nature to obtain energy, they are photosynthesis and cellular respiration. The derivative of the word photosynthesis is the process in which energy of sunlight is converted by plants to store chemical energy in carbohydrate bonds. Photosynthesis is known to be performed by plants, as is cellular respiration. Cellular respiration is organisms obtaining energy from a conversation that releases energy when oxygen is present. These two processes work together hand in hand as […]

Process of Photosynthesis

Presentation Photosynthesis, process by which green plants and certain different living beings utilize the vitality of light to change over carbon dioxide and water into the basic sugar glucose. In this manner, photosynthesis gives the fundamental vitality source to basically all life forms. A critical result of photosynthesis is oxygen, on which most living beings depend. Photosynthesis happens in green plants, ocean growth, green growth, and certain microscopic organisms. These living beings are veritable sugar plants, creating a huge number […]

Photosynthesis Virtual Lab

Hypothesis: all of the colors in the light spectrum are most effective in the growth process of photosynthesis except for green. We tested our hypothesis by plugging in the different colors as well as the different types of plants into the simulation. After running the simulation we gathered the info of the averages in lengths of the plants after 30 days. The variables we controlled in this experiment were the pot, type of soil, location, and amount of water given. […]

Why is Photosynthesis Important?

"Photosynthesis is an important process which allows organisms to produce food without the intervention of any other organisms. This specialized reaction, occurring only in autotrophs, has several key features that are fundamental for understanding the process as a whole. Factors of where the process takes place, the reactants and products of the reactions, and what happens in the process are all important elements in the success of photosynthesis. Photosynthesis occurs in the chloroplast, an organelle found only in plant cells. […]

DNA and Mutations

Occurrence of mutation. Mutation is the process that produces a gene or a chromosome set different from the wild type. For instance this allows us to measure the frequency of mutation occurance.a cell caring mutation can be used as probes to disassemble the constituent parts of a biological function and to examine their workings and interrelations.For a recessive mutation to give rise to a mutant phenotype in a diploid organism both alleles must carry the mutation but one copy of […]

Idea of Photosynthesis by Jan Ingenhousz

To begin, the idea of photosynthesis was created by, according to Encyclopaedia Britannica, ""A Dutch scientist, Jan Ingenhousz. (Ingenhousz 1.) He was born in the Netherlands on December 8, 1730. Ingenhousz, is most known for his discovery of photosynthesis. According, to Encyclopedia Britannica, ""Ingenhousz discovered that light is necessary for photosynthesis, only the green parts of the plant perform photosynthesis, and all living parts of the plant can potentially damage the air."" (Ingenhousz 1.) Photosynthesis occurs in two steps inside […]

Sustainability in Architecture

Sustainability in architecture is a concept that has been spread across the United States of America for decades now. For some time now the public has acknowledged that if we don't take care of the world we live in then soon it will be gone. The first signs that warned the people in urban areas were not only the in your face issue of global warming but also the increase in the price of energy. Building and business owners found […]

Sustainability Policy

1.Introduction The Sustainability Policy defines the overall Sustainability Practices for (ORGANISATION), as per the ORGANISATION Sustainability Framework. The purpose of this policy is to support ORGANISATION in becoming the most sustainable transport provider in the Middle East. ORGANISATION's Policy is aligned with the relevant local and national strategic directions of the UAE. The ORGANISATION Sustainability Framework follows a continual improvement management approach (Plan-Do-Check-Act) to ensure continuous improvement. It includes establishing reference to the ORGANISATION Sustainability Framework, the related KPIs, and […]

Exploring the Intricacies of Genetics through DNA

Introduction The hereditary molecule that is tasked with carrying genetic instructions that are used in all living things in development, growth, reproduction and functioning is referred to as deoxyribonucleic acid (DNA). DNA molecules consist of two strands which are bipolar and are mostly coiled near to one another to form a spiral. This strands are referred to as polynucleotides simply because they are made of small units known as nucleotides. The information of the DNA is stored in this nucleotides. […]

The Case for Urban Agriculture as a Driver of Environmental Sustainability

Abstract As a result of the growing global population, many cities around the world are experiencing rapid urbanization. With that comes a growing demand for food and increasing challenges in food production. One solution increasing in popularity is urban agriculture (UA), simply defined as the production of food in an urban environment. UA can operate on different scales (micro, meso, and macro) have various objectives (recreational, subsistence, or commercial), and take place across landscapes in the form of backyard gardens, […]

Sustainability and Social Responsibility in Companies and People

Social responsibility is the belief that businesses have an obligation to balance profit-making practices with activities that benefit their community. This is also referred to as corporate social responsibility (CSR). Sustainability is the ability to supply necessities for the population without compromising the availability of the resources for those in the future. Throughout this essay, the popularity of sustainability and social responsibility in corporate companies will be examined and explained. In addition, the demographics, including race and religion, of CSR […]

Photosynthesis and Energy

Energy is very important and plays a substantial role in life itself, but where does energy come from, and how does energy work? Of course, the answer is simple: photosynthesis. With this reading, you will learn what photosynthesis is, how it works, the energy it creates, and how energy is stored and used. Finally, you will learn about different types of energy and the benefits those energy sources have. The process of photosynthesis begins when a plant receives carbon dioxide […]

The Significance of Homeostasis to the Human Body

This paper explores the main significances of homeostasis to the human body. The body's substantial reason for the production of homeostasis is to maintain a constant internal environment making sure the body is stable and is functioning properly. The body maintains homeostasis for various distinctive aspects such as temperature and the ions in your blood for it to continue on being stable. In the human body, homeostasis includes the control of blood glucose concentration, body temperature, and water levels. The […]

Climate Change and Genetically Modified Food

Social issues are the factors that affect how human beings live. One of the most prominent social issues in the twenty first century is climate change and genetically modified food. The two issues are somewhat related since climate change has changed weather patterns, forcing human beings to change their farming methods one way to adapt to climate change has been genetically modified food. Both climate change and genetically modified food have subject to rigorous debate and there lacks consensus regarding […]

Photosynthesis in Living Leaves

Abstract The rate of photosynthesis can be measured by examining the amount of reactants and the buildup of products. Oxygen is a product of photosynthesis and is stored in the spongy mesophyll. This gives the organism the ability to float. In this experiment, oxygen is taken out of the spongy mesophyll. The leaves are then placed into the bicarbonate solution with soapy water. The spongy mesophyll fills with the solution, causing the leaves to sink. A light source was placed […]

Hardy Weinberg Lab Analysis

How does migration affect the allele frequency of the dominant allele? A genetic population can be described as the sum of allelic frequencies of all genes that are represented in the population. This implies that for an evolution of a species to take place a change in the gene frequency has to take place. This can be influenced by some factors like the fitness of organisms, fertility or even the viability of the organisms. When the fitness of an organism […]

Sustainability in Artisanal Mining: the Role of Major Stakeholders

The Case of Ghana: An Introduction to Mining. Mining can be traced back in history when its activities were informal and unregulated. Today, the formal mining industry can be said to be a 'child' of an informal mining sector whose contribution to the development of mining cannot be overemphasized. Some countries, like Canada, the United States, Australia, and others, in the course of developing their mining sectors, formalized their artisanal gold mining industry through the provision of services such as […]

Sustainability in Water Supply

The theory of water's origin may be debated, but the versatility of water is recognized as vital to human life. Innumerable theories have been proposed about how water was acquired on the earth's surface over the last 4.6 billion years (Robert, "The Origin of Water on Earth," 2001). The significance of water extends beyond everyday survival, serving as an environmental lifeline for numerous species and habitats. Water provides humans with the opportunity to maintain balanced health, support agricultural labor, and […]

The Sustainability of Bottled Water

Water is a valuable resource that all living things including human beings require in order to survive. It is believed that the realities of the environment will soon hit us to an extent of making us change the behavior regarding the costly use of resources (Earle, 2009). The changes are most likely going to affect the manner in which we use water and hence cause alterations both in quantity and water usage. Privatization of water resources as well as selling […]

What is Sustainability in Business?

The first aspect business looks when thinking about sustainability is the operational aspect and saving cost as it is easy to measure.Most of the resource we are using are non-renewable resources,from our energy need to the consumption of oil.But all these resources are bound to get over in the future.There is a term called peak oil,after which production of oil reduces due to reduce reserves.There is already an alert for helium gas which is used in many areas like filling […]

Energy Efficiency of Photosynthesis

Photosynthesis is the process in which plants use the energy from the sunlight to make glucose (a type of sugar), which they then use as food. The equation for photosynthesis is: 6CO2 (carbon dioxide) +6H2O (water) -->(Sunlight) C6H12O6 (glucose) +6O2 (oxygen). Plants, algae, and cyanobacteria are photosynthetic organisms. In plants and algae, light is absorbed by chlorophyll—a molecule present in the cytoplasmic organelle called the chloroplast. Chlorophyll has a porphyrin ring with a magnesium cofactor at its center. Plants have […]

Effects of Sweet Cassava Polysaccharide

The study I researched was the ""Effects of sweet cassava polysaccharide extracts on endurance exercise in rats. Sweet cassava is a major carbohydrate in many countries and it contains monosaccharides and polysaccharides. It was found that high-carbohydrate foods could increase muscle glycogen content, which can allow one to exercise for a longer time and not tire as quickly. The aim of the study was to examine the effects of the sweet cassava polysaccharides (SCP) on exercise performance in rats. The […]

Sustainability Community Engagement and Diversity Inclusion Review BA

Introduction: Southern Company is an energy holding company that produces and sells electricity through various southern power subsidiaries. It's headquarters is located in Atlanta, GA and the company has been a part of the Fortune 500 list for 24 years. It's current rank is 126, up 19 spots from its ranking in 2017. The CEO is Thomas A. Fanning and he is in charge of 31,344 employees. Southern Company operates 11 regulated utilities serving an estimated 9 million people in […]

• Who Killed Yew Case Study Answers

Introduction The purpose of this case study is to find out the basic process of mitosis, which focuses on the basic cellular processes that occur during each stages of interphase, prophase, prometaphase, metaphase, anaphase, telophase and cytokinesis. Mitosis is the process of cell division. It plays an important part in the life for example to growth of tissue, repair and replace damage or death cell, regeneration or asexual reproduction. Besides, this case is framed by solving a murder. The murder […]

Compare and Contrast about Cats and Dogs

 Dogs and cats have several similarities, but even more distinctions. Both animals are easily loved by mankind and will display love and affection in return for good treatment. Some people enjoy the presence of a cat, and others are simply dog lovers. Based on the history, characteristics, and similarities of the two creatures, dogs are considered to be man's best friend- but most likely it's the feline who is. Thousands of years ago, a man trapped wolves and used a […]

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Writing an Essay About Biology

Biology, a core STEM subject in college, is widely recognized by students for its difficulty, stemming from its vast scope and the intricate details of living organisms and ecosystems. This complexity often leads to struggles, as students grapple with understanding concepts ranging from molecular biology to large-scale ecological interactions. However, there is a solution to these academic challenges: Papersowl, an educational platform, provides essential support for students facing difficulties in biology. Papersowl helps students navigate through the complexities, offering tailored biology homework help that enables them to understand, engage with, and excel in this demanding yet fascinating field of study.

Biology essays require a deep understanding of the natural world and an ability to convey complex biological processes and theories effectively. Here’s a guide to help you craft a comprehensive and insightful essay on a biology topic:

Understanding the Essay Topic

Begin by thoroughly understanding the specific biology topic you're dealing with. Biology encompasses a vast array of subjects, from molecular biology and genetics to ecology and evolution. Identify whether your essay should explore a specific biological process, discuss a theoretical aspect, analyze a biological problem, or evaluate the impact of a biological study.

Conducting In-Depth Research

Research is a critical component of a biology essay. Utilize reputable sources such as academic journals, biology textbooks, and scientific publications. Look for current research findings, experiments, and case studies that align with your topic. Taking detailed notes on relevant biological processes, findings, and theories is essential.

Developing a Clear Thesis Statement

Your thesis statement should succinctly convey the main argument or purpose of your essay. This might be an assertion about a biological principle, the significance of a research finding, or an argument concerning environmental policies. Make sure your thesis is specific, focused, and directly related to the biology topic you are discussing.

Planning the Essay Structure

Organize your essay logically and coherently. Start with an introduction that introduces the topic and presents your thesis statement. In the body, structure your main points into separate paragraphs, each focusing on a specific aspect or argument. Support your points with examples, scientific data, and explanations. Conclude by summarizing your main arguments and restating your thesis in the context of the information presented.

Writing the Essay

Use clear and precise language. Biology can involve complex terminology and concepts, so it's important to explain them clearly. Avoid unnecessary jargon, but when specific terms are required, define them to ensure clarity. Present your arguments logically, backing them with evidence from your research. Be analytical and critical, especially when discussing biological models, theories, or controversies.

Incorporating Scientific Data and Examples

Biology essays often include scientific data, diagrams, and graphs. Ensure that these elements are accurately presented and relevant to your argument. Use real-world examples and case studies to illustrate your points and demonstrate how they apply to your thesis.

Citing Your Sources

Proper citation is crucial in a biology essay, especially when referring to data, theories, or experiments from other researchers. Use an appropriate citation style (such as APA, MLA, or Chicago) and consistently cite all your sources, including figures and diagrams.

Editing and Proofreading

Review your essay for clarity, coherence, and logical flow. Check for accuracy in your biological descriptions and ensure that your analysis is comprehensive. Proofread for grammar, spelling, and formatting errors. Having someone else read your essay can be helpful, as they might catch mistakes or unclear sections you overlooked.

Writing an essay about biology involves understanding complex life sciences concepts and effectively communicating them in a structured and insightful manner. By methodically researching your topic, organizing your essay logically, and presenting your arguments with clarity and precision, you can create a compelling biology essay that showcases your understanding and insights into this diverse and fascinating field.

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Test And Quizzes for Biology, Pre-AP, Or AP Biology For Teachers And Students

How to Write a Biology Essay

“The point of the essay is to change things.” – Edward Tufte

Writing a biology essay can be a complex task, requiring not only a deep understanding of the subject but also the ability to present scientific information clearly and effectively. Prepare well and exploit a structured approach to crafting a compelling and well-researched biology text. Some simple steps go from understanding the assignment and conducting detailed research to structuring your essay and incorporating credible sources so that you can reach academic excellence without any complications. For qualitative preparation check out biology essay examples on a trustworthy source and follow the expert instructions to ensure your text meets the high standards of scientific writing.

Understand the Biological Context

You will hardly create any qualitative content unless you clearly understand what you are going to write about. Identify the biological concept or phenomenon that is to be at the center of your writing. If you have any hesitations or your assignment seems ambiguous to you, consult your professor for clarifications or any educational assistant for further directions.

What can help you dive deeper into your biological context is also a literature review. Proceed through a thorough literature review to understand the current state of research on the topic. Look up databases like PubMed, Google Scholar, and institutional libraries.

Formulate a Hypothesis or Research Question

Pass on to generate a hypothesis or research question that is going to be the core of your essay. If your writing involves an experimental or observational study, formulate a clear, testable hypothesis. Develop a specific research question to guide your investigation if it’s a review or analytical essay. So, define the type of your text and formulate its central point respectively for further successful steps.

Conduct Detailed Research and Data Collection

Now that you know your context and your attitude as for the assignment it is time to back it up with the proof. Start with primary sources, covering research articles, original studies, and scientific experiments. When you have enough, pass on to secondary sources, such as review articles, meta-analyses, and books for broader context.

Additionally, biological research allows you to conduct data analysis to strengthen your essay arguments. If the step is relevant to your work, analyze raw data from experiments or existing datasets using statistical methods. Create or refer to graphs, tables, and figures to present data effectively.

Create and Follow a Structured Outline with Scientific Rigor

Sometimes it is very difficult to organize your work properly so that you can finish it on time and produce qualitative content without any delay. So the very next step is to create a structured outline with scientific rigor so that you can stick to it to write a fundamental essay.

● Abstract – if you are required to, begin with an abstract. Provide a concise summary of the essay, including the research question, methods, key findings, and conclusions.

● Introduction – the next step or the primary point when an abstract is not necessary is to write an introduction. For your introduction include detailed background information with references to key studies and findings. Explain the significance of the topic within the field of biology. And don’t forget to state your thesis or hypothesis clearly. The rest of your writing will be tied to it. Be confident you’ve singled out the central idea of your topic and the findings related.

● Methods – if necessary or stated in the assignment, dwell on the methods you’ve exploited when researching and writing. Provide a description of the experimental design, including controls, variables, and procedures. Add the list of materials and equipment used. Explain how data was collected and recorded. This part of the essay will be solid proof of your no-plagiarism work.

● Results – think of the way you are going to display the results of your research and organize them appropriately. Present data in an organizedmanner using figures, tables, and charts. Add statistical tests if used and their outcomes.

● Discussion – remember that you not only have to present the data and evidence you have collected but also analyze and show your attitude to the findings. Interpret the results in the context of the research question or hypothesis. Compare findings with previous studies and discuss similarities and differences. Be open about any limitations in your study or analysis.

● Conclusion – with the analysis of your findings ready, you should summarize your work with a proper conclusion. Dwell on how your findings support or disprove the thesis/hypothesis. Discuss the broader implications of your findings for the field of biology. Suggest areas for further research.

Make an outline and cover it step by step so that you have a logical and strong text in the end. This will help you to get everything important and finish up your essay on time. Usually with a scientific assignment, you don’t need the inspiration to guide you but should have a proper organization of the writing process to assist you. Outlining will be a crucial part of your well-organized work with the essay.

Incorporate Scientific Evidence

Your biological essay will be no more but the words compound together unless you exploit strong scientific evidence to support your arguments. Ensure all references are from peer-reviewed scientific journals or reputable academic sources. Use a consistent citation style (e.g., APA, MLA, Chicago) and include in-text citations and a bibliography to guarantee the genuineness and trustworthiness of your sources and proofs.

Exploit direct quotations sparingly; prefer paraphrasing and summarizing with proper citations. Put the evidence in between your personal conclusions and attitude to the issue you are addressing in your writing. This will display you have processed the question under study deeply and made your own conclusions out of your findings.

Consider Formatting and Technical Details

Scientific essay requires a relevant approach to its formatting and presentation. Use proper scientific nomenclature, italicizing genus and species names (e.g., Homo sapiens). Make sure you exploit standard units of measurement (SI units) and provide conversions if necessary. Define acronyms and abbreviations the first time they are used. Pay attention to these points when proofreading and editing or get someone to help you with a fresh look. A thorough approach and consistency in details will only add to the quality of your essay.

Spend Time on Proofreading and Peer Review

Take care your scientific essay looks appropriate and proves your level of qualification. Proofreading and thorough review will help you create a desirable image for your writing. Check for grammatical errors, scientific accuracy, and clarity. Use apps and tools to optimize and speed up the process. If possible, have your writing reviewed by a peer or mentor in the field for additional feedback. Or reach out to professionals from online services for high-end proofreading and review.

Care about Adherence to Ethical Guidelines

In the age of tolerance, you should also be confident that your essay doesn’t diminish or offend anyone’s rights and position as to your topic under study. Begin with ethical considerations. If your writing involves discussing experiments on humans or animals, ensure it adheres to ethical guidelines and includes necessary approvals. Additionally, avoid plagiarism by properly citing all sources and using original language. Check your text for authenticity with the help of anti-plagiarism tools on the Internet but beware of scams for anyone to steal your work.

Biology Essay Conclusion

Writing a biology essay involves proper planning, thorough research, and attention to detail. Cover some essential measures so that you can craft a well-structured and scientifically sound text that effectively communicates your findings and arguments. Mind the assignment and formulating a hypothesis to presenting data and discussing implications since each element plays a crucial role in the overall quality of your work. Remember to adhere to ethical guidelines, properly cite all sources, and seek feedback from peers or mentors. With these tools and strategies, you’ll be well-equipped to produce a high-quality biology essay that displays your knowledge and analytical skills.

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