Beauty of mitosis by Andrew S. BajerThis video describes the cellular changes that take place during mitosis and meiosis, using slide images and animation to illustrate the processes.
Call Number: DVD QH605.2.B43 2010
Publication Date: 2010
Cell biology: the plasma membrane by Bill Walker ProductionsThrough photomicrography and animation, students will understand the molecular structure of a plasma membrane, the processes of diffusion and osmosis, the difference between passive and active transport, etc.
Call Number: DVD QH601.C45 1988
Publication Date: 1988
Infectious enthusiasm: beating infections by BBC ActiveJohn Hunter, surgeon to King George III, was said to have inoculated himself with a venereal disease--an example of well-intentioned research with more than one unfortunate result. This program presents a fascinating overview of the battle against infectious diseases, depicting several instances in which doctors exposed themselves to syphilis, yellow fever, cholera, or other nefarious microbes in order to better understand those illnesses. Highlighting what may be the most courageous act of self-experimentation in recent history--and one that eventually garnered a Nobel Prize--the program details Dr. Barry Marshall's 1984 decision to culture a newly discovered bacterium and swallow it himself.
Microbiology OnlineMicrobiology Online has been devised by the Microbiology Society, the largest learned microbiological society in Europe. This inspirational online resource supports the teaching and learning of microbiology in the classroom across the key stages. It explores how microbes can be friend and foe and most importantly, why we need these invisible organisms to live.
MicrobeWorld is an educational website by the American Society for Microbiology that allows visitors to learn about the various types of microbes that exist all around us.
Bacteria and ArchaeaThis program analyzes the similarities and differences between the structure, location, and characteristics of bacteria and archaea.
Biotech: The World of MicroorganismsDeveloping new medicines, breeding better plant varieties, making cleaning supplies more efficient – biotechnology uses natural cellular and bimolecular processes to develop new technologies or improve existing products. In this film, we look at some of the most promising products being developed now and explore some of the potential dangers. The biotech industry can be divided into three main sections: medicine and pharmaceuticals, industry and agriculture, and plant biotechnology. Examples include single-use cutlery made out of maize, plants with an inbuilt resistance to pests, and heart valves and cartilage that can be cultivated artificially. The possibilities seem endless, because modern biotechnology goes a decisive step further than previous methods. But as this film reveals, the targeted use of microorganisms is extremely complex and there are fears this technology can be misused.
Cell Biology: Structure, Function, and Processes SeriesThey are the basic building blocks of life, but in reality there’s nothing “basic” about cells—the complex, versatile units of matter that make up all life on Earth. In this four-part video series, rich animation brings the intricate inner workings of cells to life, while a congenial host guides viewers through the essentials of cell biology: cell structure and function (of both animal and plant cells), cell metabolism and respiration, cell division and growth, and a focus on stem cells, cellular differentiation, genetics, and the potential that stem cells have for medical use. No-nonsense and to the point, each video is an arrangement of short, discrete segments that make this series ideal for breaking up lectures. 4-part series, 20–22 minutes each.
In-Depth with Cells: Cell Membranes and Simple TransportIn order for an organism to stay alive and function, its cells must be able to exchange certain materials with their environment. That means that within an organism’s body, various molecules and compounds move into, and out of, all cells. This program explores the ways in which every individual cell, in both eukaryotes and prokaryotes, controls which materials pass in and out by the action of its selectively permeable cell membrane.
In-Depth with Cells: Cells and Their OrganellesEvery cell contains unique structures, each with a specific function. This program contains engaging visuals and addresses important curriculum content, exploring the structure of eukaryotic and prokaryotic cells. Students will learn about the structure and function of the cell membrane, nucleus, cytoplasm, ribosomes, rough and smooth endoplasmic reticulum, Golgi complex, mitochondria, lysosomes, chloroplasts, cell walls, and vacuoles.
In-Depth with Cells: Types of CellsEvery living thing is made up of cells. The broadest classification of these cells is eukaryotic and prokaryotic. This program contains engaging visuals and addresses important curriculum content, exploring the similarities and differences between eukaryotic and prokaryotic cells. It is an excellent resource for students studying science or biology.
Journey to the MicrocosmosReaders interested in exploring the strange and intriguing world of the microcosmos will want to check out "Journey to the Microcosmos." This YouTube channel features a series of short videos that generate a lot of intrigue about the little parts of our world, reminding us that "there are things we cannot see that we must nonetheless watch out for." Most videos are around ten minutes long and explore various topics surrounding the microcosmos. Viewers can explore its history from beginning (see "How Do Microorganisms Reproduce?") to end (see "Death in the Microcosmos"). Though the channel is fairly new--the first video was released in June 2019--it has already gained the support of over 250,000 subscribers. The creative visuals and captivating dialogue used make the complex world of the microcosmos accessible to scientists and laypeople alike. And, with a healthy blend of humor and hard science, it's an excellent resource for educators in the field. The videos are narrated by Hank Green, with music production from Andrew Huang and visuals from James Weiss.
Secret Mind of SlimeWho says you need brains to be smart? Extremely primitive life-forms called slime molds can navigate mazes, choose between foods, and create efficient networks—no brain required. New research on these organisms, which are neither plant nor animal, could help reveal the fundamental rules underlying all decision making.
