- Study guides, Revision notes & Summaries

This document provides a detailed overview of the skeletal system and muscle cells, covering bone classification, structure, and microanatomy, including compact and spongy bone, osteocytes, osteoblasts, and osteogenic cells, as well as muscle fiber components like sarcolemma, sarcoplasm, myofibrils, glycogen, and myoglobin.

This document is a comprehensive set of study notes covering the foundational principles of human anatomy and physiology. It explains key biological functions—such as metabolism, responsiveness, growth, development, differentiation, and reproduction—and details major anatomical methods, organ systems, body regions, abdominal divisions, and the structure and function of the peritoneum. It also distinguishes retroperitoneal and intraperitoneal organs and outlines how the body is organised for ...

This is a poster on alcoholism

In this lecture on Diagnostic Biochemistry and Hematology, Week 3 focuses on the intricate world of proteins. Exploring their structure, function, and crucial roles in clinical applications, the session delves into the fundamental anatomy of amino acids, the complex hierarchy of protein structures, and how these structures dictate their function in biological systems. From the nuances of protein digestion to their pivotal involvement in clinical diagnoses through plasma enzymology and protein bi...

This document is a comprehensive set of study notes covering the foundational principles of human anatomy and physiology. It explains key biological functions—such as metabolism, responsiveness, growth, development, differentiation, and reproduction—and details major anatomical methods, organ systems, body regions, abdominal divisions, and the structure and function of the peritoneum. It also distinguishes retroperitoneal and intraperitoneal organs and outlines how the body is organised for ...

This is a collection of lecture summaries in the whole of the human anatomy and physiology module, attended between 2018-2019 academic year. Summaries contain topics such as homeostasis, cardiac cycle, hepatic, endocrine, respiratory and more

The document is a lecture on intelligent agents and environments in artificial intelligence, focusing on how agents perceive and interact with their surroundings to achieve goals. It introduces different types of agents (e.g., reflex, goal-based) and environments (e.g., deterministic, stochastic), and explores problem-solving through tree search algorithms like breadth-first and depth-first search. Key concepts include rationality, the PEAS framework, and environment classifications, providing a...