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Comparison of Animal, Bacterial, and Plant Cell
This document contains a Venn Diagram comparing the animal, bacterial, and plant cell.
£1.50 Preview RemoveCell Membranes and Function
AP BIOLOGY AND GENERAL BIOLOGY Detailed description of active transport, passive transport, bulk transport, and many other aspects of cell membranes. Also includes formals for water potential and examples.
£6.25 Preview RemoveMicrobiology Chapter 6
Grand Valley State University, BMS 212 class notes. These notes follow the book: Microbiology with Diseases by Taxonomy, 4th Edition Author - Robert W. Bauman Ph.D.
£2.25 Preview RemoveBiology Unit 1 - Anatomy and Physics
Notes for biology unit 1 - anatomy and physics
£1.50 Preview RemoveBiology A level Biodiversity and Sampling A*
I achieved an A* in Biology A level, along with full UMS, and am now studying Medicine at the University of Cambridge. These notes are my condensed hand written notes that contain lots of key exam specific terminology. I tried to write these notes in accordance with exam mark schemes.
£2.50 Preview RemovePollen Formation and Double Fertilisation
Detailed Summary of A level Biology Pollen formation and double fertilisation
£7.50 Preview RemoveNerves and Hormones Summary for Cambridge IGCSE/GCSE 2016
Notes for students going for the IGCSE/ GCSE of Cambridge Int. Exams. This is a chapter of the Biology IGCSE 2016 fully and completely summarised. This notes were made by myself, and with them I was able to score a B in the final exam.
£1.50 Preview RemoveSchool level nervous system notes
Structure of Neuron, Types of Neurons ,Types of Nerve Fibres
£1.10 Preview RemoveEnzyme Inhibition
Covers everything you need to know about enzyme inhibition in the new AQA Biology A Level syllabus!
£1.50 Preview RemoveMicrobiology, characteristics of cells, properties of cells, cell shapes, pleomorphic bacteria, plasma membrane, capsules, slime layer, protein structures, endospores, cytoplasmic matrix, ribosomes, chemotaxis, acid fast bacteria, growth, cell division, g
Microbiology, characteristics of cells, properties of cells, cell shapes, pleomorphic bacteria, plasma membrane, capsules, slime layer, protein structures, endospores, cytoplasmic matrix, ribosomes, chemotaxis, acid fast bacteria, growth, cell division, generation time, growth curve, exponential, lag phase, stationary, death phase, continuous cultures, chemostat, poikilothermic, cardinal temps, temperature ranges, psychrophile, psychrotolerant, mesophiles, thermophiles, hyperthermophiles, microorganisms, metabolism, macromolecular, energetics, exergonic
£6.25 Preview RemoveFundamentals of Nursing
Fundamentals of Nursing serves as a foundational guide for nursing students and professionals. It covers essential topics including the nursing process, basic human needs, infection control, communication skills, ethical and legal considerations, documentation practices, and patient safety. Written in a clear and concise manner, this guide emphasizes practical applications of theoretical knowledge, ensuring high-quality and compassionate patient care. Whether you're starting your nursing journey or revisiting the basics, this resource is designed to support your learning and professional development.
£2.50 Preview RemoveLymphatic System and Immunity Diseases and Disorders
This lecture notes comprises of different lymphatic system and immunity diseases and disorders, their definition of terms, etiology, manifestations, pathophysiologic processes, and intervention and treatments for each disease or disorder.
£3.44 Preview RemoveBCH 2333 Lipids and Membranes Laboratory Introduction to Biochemistry
The purpose of the first experiment in this lab was to prepare two membrane fractions, an endoplasmic enriched fraction (microsomal fraction) and a mitochondrial enriched, starting from a rat liver tissue. Homogenization of the tissue, differential centrifugation and filtration made it possible to obtain the two type of membrane fraction. In the second experiment, a microsomal lipid sample was separated by 2D thin layer chromatography (TLC). The first dimension was developed with a basic eluent while an acidic eluent was used for the second dimension. Three standards (each containing two different lipids) as well as the sample were spotted on the TLC plate. Lastly, the lipid to protein ratio in the mitochondrial fraction were analyzed. Brilliant Blue Dye R was used for the lipid assay. Analysis of the lipid and protein assay made it possible to determine the concentration of lipids and proteins as well as the yield of the mitochondria preparation.
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