Nobel Prize Winners
Nobel Prize Winners - Related Videos
09:13
Marginal Dishonesty: The Adding-to-10 Task
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2023
Source: Julian Wills & Jay Van Bavel—New York University Classical economic theory asserts that people are rational and self-interested. In addition to seeking wealth and status, people are motivated by other goals. As a result, financial motives can sometimes be dwarfed by other internal needs, such as maintaining a positive self-concept or affiliating with other group members. Ethical dilemmas, such as the temptation to cheat on taxes, can result when these motives are in conflict. On...
09:16
An Introduction to Drosophila melanogaster
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2023
Drosophila melanogaster, also known as the fruit fly, is a powerful model organism widely used in biological research that has made significant contributions to the greater scientific community over the last century. First, this video introduces the fruit fly as an organism, including its physical characteristics, life cycle, environment, and diet. Next, the reasons why fruit flies make an excellent model organism are discussed. For example, fruit flies are inexpensive to maintain in the...
09:13
An Introduction to Caenorhabditis elegans
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2023
Caenorhabditis elegans is a microscopic, soil-dwelling roundworm that has been powerfully used as a model organism since the early 1970’s. It was initially proposed as a model for developmental biology because of its invariant body plan, ease of genetic manipulation and low cost of maintenance. Since then C. elegans has rapidly grown in popularity and is now utilized in numerous research endeavors, from studying the forces at work during locomotion to studies of neural circuitry. This video...
09:12
An Introduction to the Laboratory Mouse: Mus musculus
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2023
Mice (Mus musculus) are an important research tool for modeling human disease progression and development in the lab. Despite differences in their size and appearance, mice share a distinct genetic similarity to humans, and their ability to reproduce and mature quickly make them efficient and economical candidate mammals for scientific study. This video provides a brief overview of mice, both as organisms and in terms of their many advantages as experimental models. The discussion features an...
07:19
A New Approach that Eliminates Handling for Studying Aggression and the "Loser" Effect in Drosophila melanogaster
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Cited by 13 •
2015
During fruit fly fights, the behavioral patterns observed, fight dynamics, and associated learning and memory are influenced by experimental conditions. The protocol presented here describes a novel procedure that entirely eliminates handling of flies during experiments. This improves fight dynamics and allows formation of strong "loser" effects.
FAQs
Selection proceeds through several stages rather than a single judgment. Nominations bring forward candidates, experts assess the scientific contribution, and a committee deliberates before formal selection and public recognition. This sequence allows decision-makers to consider both the quality of the work and its broader significance, helping distinguish a promising result from research that has reshaped biology or medicine.
Influence can appear through several outcomes identified in the overview: deeper understanding of biological systems, improved research methods, or advances in treatment. Work becomes especially significant when it offers a substantial benefit to humanity and establishes a direction that other laboratories can pursue. This perspective connects scientific importance with lasting effects beyond the original study.
Their discoveries can establish research directions that influence laboratories worldwide. In practice, later investigators may build on advances involving genes, cells, organisms, disease, or biological technologies, extending the original contribution into new questions and methods. The broader pattern shows how one scientifically important result can guide experimental work and collaboration across different areas of biology.
The recognized work discussed in the overview spans genes, cells, organisms, disease, and biological technologies. This range shows that influential biology may arise from studying basic biological organization, investigating disease processes, or developing tools that change how research is performed. Examining these areas together provides a broad view of how biological knowledge and technology develop.
Their work connects scientific evidence with experimental design, allowing readers to examine how research questions lead to meaningful investigations and conclusions. It also highlights the relationship between individual studies, collaboration, and long-term research programs. For biology learners, this context can clarify how carefully developed evidence supports discoveries that continue to influence laboratories and scientific directions.
The comparison shows that major contributions can advance either fundamental understanding or practical outcomes, and sometimes connect both. Fundamental research may transform knowledge of biological systems, while applied work may improve methods or treatment. Considering these paths helps explain why biological impact is measured not only by immediate use, but also by the new research possibilities a discovery creates.