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AUTONOMIC DYSREFLEXIA

These notes contains everything about a autonomic dysreflexia which is a symptom of spinal cord injury pateints.

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Cardiac output

Really detailed notes in an easy lay out about cardiac output and regulation. Contains alot of graphs and diagrams (some hand drawn) to simplify the whole process and make it easier to memorize. Relevant to Dental and Medical students, probably also nursing but may be too detailed. Basically for anyone learning about the heart. Aimed at first or second year university students, taken in 2018. UK student but I watch american lecturer videos too so its the same information.

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Synapses

It is a synapses note. It is handwritten notes by professor Ali Raza. It is prepared in such a way that students can understand them easily

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FTIR technology

Fourier transform infrared method of infrared spectroscopy. Its for the 1 st year engg. Students that includes the summary and a brief about the topic including its advantages and disadvantages.

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Mammalian Physiology intro and cell signaling

Mammalian Physiology intro and cell signaling

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Bank Question- Chapter 12 Inventory Management

Subject:Production and Operation Management (POM) Bank Question with Answer

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Embryology - Gametogenesis & week 1 development

I am a medical student currently in my 5th year. I am making these notes using my text books, online research and from kaplan medical videos.

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BIOLOGY OCR F215

OCR Board A2 Level Biology F215 SECTION 2: BIOTECHNOLOGY AND GENE TECHNOLOGIES

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BIO 2133 Genetics Lab Report 2 Monohybrid, Dihybrid, Tri-hybrid and Test Crosses

This lab assesses Mendelian genetics by conducting chi-square analyses on phenotypic ratios obtained from virtually simulating fruit fly crosses using Flylab as a software. Mendelian genetics can be summarized with two laws: the law of segregation (Mendel’s first law) and the law of independent assortment (Mendel’s second law). The former states that alleles of a gene separate from one another during gamete formation while the latter states that genes separate independently (randomly) from one another during gamete formation (Klug, Cummings & Spencer, 2009). The lab comes in two parts: part A and part B. In part A, a monohybrid, dihybrid and trihybrid crosses were simulated. A monohybrid cross is a crossbreeding between two individuals with varying alleles at one genetic locus. A dihybrid and a trihybrid cross differ from a monohybrid cross in that the varying alleles are located on two genetic loci for a dihybrid cross and three genetic loci for a trihybrid cross. In part B, a testcross is simulated in order to determine the genotype of a first filial generation. A testcross is a crossbreeding between two individuals; one of the two being homozygous recessive (mutant) and the other one being of a dominant phenotype but unknown genotype (homozygous or heterozygous wild type). In this lab, a dominant phenotype refers to the observable wild type trait expressed when at least one of the two alleles for a given gene is a dominant (wild type) allele (Griffiths et al., 2004). A recessive phenotype, on the other hand, is the observable mutant trait expressed when both alleles of the given are recessive (mutants). For both part A and part B of the lab, the mutation studied are autosomal. Autosomal mutations are mutations for which the probability of inheritance is independent of sex as they are only found on autosome chromosomes (non-sex chromosomes). Based on Mendelian genetic, for any given type parental cross, there would be a specific phenotypic ratio (Mendelian ratio) for the progeny. The hypothesis made for each experiment was that the experimental phenotypic ratios would not significantly differ from the expected Mendelian ratios. This hypothesis was indeed supported using chi-square statistics.

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Easy notes with me

Happy to study physics with me 😊😊

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Biology: Investigating Cellular Enzymes, Diffusion, Active Transport, and Cell Motility

The realm of biology, the study of life, delves into the complexities of cellular processes that uphold living organisms. Within cellular biology, certain fundamental ideas, including enzymes, diffusion, active transport, and cell movement, hold exceptional significance. These concepts collectively establish the groundwork for cellular operations and equilibrium. This comprehensive exploration seeks to clarify the intricacies of these mechanisms and their vital roles in sustaining life.

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Finale Exam Notes Bio 180

Cells and Cellular Processes. Some DNA and Cell Cycle Process information that will be on the test.

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BIO130/133 Intro To Cellular Biology Comprehensive SG

This is a comprehensive study guide to a typical intro level college cellular biology course. It is organized well and formatted with question and answer format. Everything is clearly explained, hope this helps you on your test!

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Dermatoglyphics

Dermatoglyphics

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Introduction to human tissues

Basic human tissues study notes used for first year bachelor of Biomedical science at Queensland University of Technology. Basic foundation for anyone studying or wanting to study biology, anatomy or medicine at university.

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Parasympathetic nervous system

Introduction of Parasympathetic Nervous System Origins and Ganglia Preganglionic and Postganglionic Neurons Origins of Preganglionic Neurons

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A level OCR A Cell structure

Contains all the information on the specification for the topic- cell structure

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ecologycal balance

Ecological balance has been defined by various online dictionaries as "a state of dynamic equilibrium within a community of organisms in which genetic, species and ecosystem diversity remain relatively stable, subject to gradual changes through natural succession." and "A stable balance in the numbers of each species ...

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SDS PAGE

A TYPE OFVERTICAL GEL ELECTROPHORESIS

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Fractures

Includes healing Ideal for 1st year students or anyone wanting more information on fractures

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Protein Synthesis

These notes discuss how DNA is transformed into RNA, and into a protein. Different kinds of mutations are also explained. These notes were taken for an introductory college biology course.

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The function of cell

Some notes about the function of cell

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GCSE EDEXCEL BIOLOGY TOPIC 5 HEALTH, DISEASE & DEVELOPMENT OF MEDICINES

notes with specification points clear, concise, detailed, simple - but quality Higher Grade 9 if you learn it

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Atrioventricular Arrhythmias

Human Physiology - Cardiovascular System

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IB Biology: Molecular Biology

IB biology standard level and higher level full topic 2 notes (molecular biology).

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AQA AS BIOLOGY THE CARDIAC CYCLE

Detailed first year (AS) biology notes to aid key revision of topics and enhance knowledge.

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neurones

different neurones, diagram with labels, how they work, example

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Lecture 1 Biogeography and ecology

Key definitions and concepts of biogeography and ecology. Taxonomic, ecological and trophic hierarchies. Discusses plant productivities.

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Chapter 5 AQA Biology A2 Unit 4

There are comprehensive notes for all of chapter 5 in unit 4 biology, AQA A2. They cover every learning objective with detailed diagrams and explanations of all features within this section of the course. Being highly in-depth, these are suitable for any ability student studying A2 biology.

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data collection

methods of data collection deference between quantitative and qualitative

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Genetics and DNA Study Guide/Notes

A detailed guide of basic Mendelian Genetics and DNA/RNA along with the processes of DNA replication and translation of mRNA, and chromosomal + gene mutations with diagrams, images and practice questions at the end.

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Ch. 9 Fundamental Cellular Processes II: Bio 1500 Notes

Notes on Fundamental Cellular Processes II

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BIOLOGY OCR F214

OCR Board A2 Level Biology F214 SECTION 4: RESPIRATION

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OCR 2024 GCSE Biology B (Twenty First Century Science) J257/01 Breadth in biology (Foundation Tier)With Marking Scheme Merged

OCR 2024 GCSE Biology B (Twenty First Century Science) J257/01 Breadth in biology (Foundation Tier)With Marking Scheme Merged BIOLOGY B Oxford Cambridge and RSA Friday 10 May 2024 – Morning GCSE (9–1) Biology B (Twenty First Century Science) J257/01 Breadth in biology (Foundation Tier) Time allowed: 1 hour 45 minutes You must have: • a ruler (cm/mm) You can use: • an HB pencil • a scientific or graphical calculator * J F 2 5 7 0 1 * Please write clearly in black ink. Do not write in the barcodes. Centre number First name(s) Last name INSTRUCTIONS Candidate number • Use black ink. You can use an HB pencil, but only for graphs and diagrams. • Write your answer to each question in the space provided. If you need extra space use the lined pages at the end of this booklet. The question numbers must be clearly shown. • Answer all the questions. • Where appropriate, your answer should be supported with working. Marks might be given for using a correct method, even if your answer is wrong. INFORMATION • The total mark for this paper is 90. • The marks for each question are shown in brackets [ ]. • This document has 28 pages. ADVICE • Read each question carefully before you start your answer. 2 BLANK PAGE PLEASE DO NOT WRITE ON THIS PAGE © OCR 2024 3 1 (a) Draw lines to connect each organ system to its function. Organ system Digestive system Endocrine system Nervous system Respiratory system (b) Which structure is the smallest? Tick (✓) one box. Cell Nucleus Organ Tissue (c) Which structure is the smallest? Tick (✓) one box. Cell Chromosome Gene Nucleus Function Produce and release hormones Gaseous exchange Coordinate fast responses to stimuli Absorb dissolved food molecules [3]

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AQA AS BIOLOGY GAS EXCHANGE - FISH

Detailed first year (AS) biology notes to aid key revision of topics and enhance knowledge.

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Fundamental of nutrition

It is about Cultural, Social & Psychological Factors affecting food habits, Nutrient Density By the end of this chapter, you will be able to: • Define food, nutrition, kilocalorie, nutrients, malnutrition and other common terms in nutrition and food science • Identify the classes of nutrients and their characteristics • Identify factors that influence food habits and selection • Explain the concept of nutrient density and differentiate between energy dense and nutrient dense foods • Describe the processes of digestion, absorption, metabolism and explain how the digestive system works • Classify foods and describe their functions in the body • Define Energy and explain the components of energy requirement • Calculate energy requirement for individual people on the basis of their ideal body weight

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Nose and Paranasal Sinuses

Human Anatomy - Nose and Paranasal Sinuses

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AQA A Level Biology Unit Five

Detailed notes on unit five of AQA Biology. It includes sensory reception, nervous control, control of the heart rate, rod and cone cells, plan tropisms, neurones, resting potential, action potential, synapse structure, skeletal muscle structure, muscle contraction, homeostasis, body temperature regulation, hormones, blood glucose regulation, diabetes, oestrous cycle, transcription, translation, gene mutation, SiRNA, in vivo gene cloning, in vitro gene cloning, recombinant DNA technology, gene therapy, locating and sequencing genes, and genetic fingerprinting.

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BCH 3525 Devoir Exemple Structure et fonctions des protéines

Fiche descriptive Nom, Organisme Code Uniprot Fonction biochimique Ligand(s) naturel(s)* Oligomérisation Nombre d’acides aminés Poids moléculaire Type de domaine(s) selon CATH Localisation sub-cellulaire Résidus importants pour la fonction biochimique (expliquez le rôle) Rôle biologique Fait intéressant * Si enzyme, spécifiez le(s) substrat(s) et le(s) cofacteur(s)

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BIOLOGICAL CLASSIFICATION NOtes

Notes of biological classification

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Plasma Membrane

It describes the plasma membrane

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Circulatory system

Circulatory System Grade 10

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Occular Physiology

Extraocular Muscle

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IMMUNOLOGY 1

1/12 lectures of immunology course: - introduction to immunology

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Reflex Actions - GCSE Core Study

We were told: Imagine that you jump in response to a loud noise while watching a scary movie, Use diagrams and a flow chart to show what happens in the body when it reacts suddenly. This is a collection of brief info on the Brain, Central Nervous System, Spinal Cord, and other stuff related to the reflex arc. All links used to find the information are within the document in case you are asked for them.

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Fotosintesis como fuente de energia renovable

Breve descripción del proceso de la fotosíntesis y su posibilidad de ser usada para obtener energía útil para el uso humano

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Autonomic Pharamacology 2

3rd year undergraduate autonomic pharamcology part 2

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Biology - Homework help.

This is a very useful document for students.

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Anemia In Pregnancy

This pdf is useful for students who are studying in health science as well as modern biology

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Homeostasis

Homeostasis is involved in every organ system of the body. In a similar vein, no one organ system of the body acts alone; regulation of body temperature cannot occur without the cooperation of the integumentary system, nervous system, musculoskeletal system, and cardiovascular system at a minimum. Three examples of homeostasis are: Body temperature regulation. Blood pressure regulation. Blood sugar regulation. A system requires three components for homeostasis: - A receptor; - A control centre; - An effector.

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Control of Microbes

Microbiology, control of Microbes for labs

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GCSE AQA Biology Unit 1

I made these notes in 2016, so if you are doing the new syllabus, then you should be learning the same material, but your textbook may put them in a different order, so every section is clearly titled for your understanding. contents - Diet and Exercise - Coordination and Control - Drugs and Medicines - Adaption and Survival - Energy in Biomass - Variation, Reproduction and New Technology - Evolution I believe that learning these notes and doing the past paper questions will get you an A*/9 grade. I got 9 A* and 1 An in my GCSE (the A was in English language), despite not being in school for the majority of the year, so I think that these notes work. In addition, i used to be D grade student and I think that these notes really helped me to obtain the grade I got and now I am applying to do medicine at Cambridge. these notes contain every piece of information in the GCSE textbook in an easily understandable manner, along with some extra detail, which you can write down in the exam to impress your examiners! thank you and Good Luck!!! You'll be great and remember: if it was easy everyone would do it :)

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Microbiology Chapter 13

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.

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