Human Anatomy and Physiology Study Course

Human Anatomy and Physiology Premium Course

This is honestly the most complete ultimate home study course in human anatomy and physiology course you'll ever find on the Internet. With over 3000+ pages coupled with detailed illustrations and diagrams, it blows other similar courses away. Take a fascinating journey inside the mysterious hidden wonders of the body via pages of structural information and beautifully detailed anatomical images to find answers to questions. All structures and musculature are modeled and labeled including nerves, deep and superficial muscles, blood supply, skeletal structures and unique features for each individual body parts. Each topic is linked via references with test quizzes and this provides the best way to learn and understand human anatomy and the body.The Ultimate Home Study Course On Human Anatomy & Physiology: Cover Hundreds of Medical Topics Spanning Over 3000+ Pages. Award Winning Course Previously Only Sold To Medical Professionals. Each Lessons Ends With Key Facts, Revision Tests + Solutions To Reinforce Learning and Pinpoint Weaknesses. Detailed Illustrations With Labels To Aid Your Comprehension And Boost Your Retention. Idiot Proof Coverage Of Every Region & System In The Body and Identify Specific Muscle Groups and Their Functions. Simple Explanations of Cell Structures & Body Tissue and Review Key Anatomy & Physiology Concepts. Perfect For Medical Practitioners, Students, Educators, Anatomists, Sports Trainers, Injury Law Attorneys, Chiropractors, Therapists, Nurses and Paramedics. No Prior Medical Training Is Required. Read more here...

Human Anatomy and Physiology Premium Course Summary


4.8 stars out of 16 votes

Contents: Online Course, Ebook
Author: Dr. James Ross
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Price: $37.00

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My Human Anatomy and Physiology Premium Course Review

Highly Recommended

It is pricier than all the other books out there, but it is produced by a true expert and is full of proven practical tips.

This book served its purpose to the maximum level. I am glad that I purchased it. If you are interested in this field, this is a must have.

Introduction and Fundamentals of Pinhole Scintigraphy

Pinhole Collimator Bone Scan

To those who acquired their anatomical knowledge of the skeleton with the aid of clean, dried bone specimens or a plastic mannequin it may appear as a mere inert weight-bearing scaffold of the human body. However, like all other organs, bone constantly undergoes remodeling and tubulation through the physiological and metabolic activities of osteoblasts and osteo-clasts. The principal role played by these bone cells is the maintenance of bone integrity and calcium homeostasis by balancing between the ratio of bone collagen production and resorp- Fig. 1.1 One of the first radiographs of living human skeleton anatomist Kolliker's hand, by Professor R ntgen in January 1896 at W rzburg University Fig. 1.1 One of the first radiographs of living human skeleton anatomist Kolliker's hand, by Professor R ntgen in January 1896 at W rzburg University

Roles of Transporters in Pharmacokinetics

Hepatocyte Sinusoidal Membrane Apical

The tissue distribution of a drug can be affected by transporters because they lie on either the luminal or abluminal membranes of the endothelial cells of the tissue blood vessels, or on the membranes of the specific cells of the underlying organ. The transporters on the membranes of the blood vessels may be several key physiological components of the blood barriers throughout the human body if tight junctions seal adjacent cells and prevent the paracellular exchange of solutes. In contrast, solutes can freely communicate between extracellular spaces when blood vessels are fenestrated, as in the liver sinusoids, and transporters on the plasma membranes of the tissue cells (e.g., the

Kinetic Redundancy and Models of Spinal Loading

The second mathematical modeling approach reformulated the equilibrium conditions in terms of linear or nonlinear programming problems. The key motivation was that there may be a cost (objective) function that could be minimized while satisfying the equilibrium conditions (equality constraints) and keeping the muscle forces greater than zero and less than some maximum forces corresponding to the maximum allowable stress in the muscles (inequality constraints). Various linear and nonlinear cost functions have been used, such as compression, shear reaction forces, and sum of muscle stresses to different powers. Parnianpour et al. 147 investigated the effects of cost functions and the anatomical models utilized in equilibrium-based optimization models on the estimated joint reaction forces and maximum strength at upright posture. To test the effect of anatomical databases used in the prevalent biomechanical models, we selected the following six models from the literature (1) Hughes et...

Models of the Coronary Circulation

In a lumped parameter model (Fig. 6.1), the highly complex structure of the coronary circulation is reduced to only a few compartments, each of which typically represents an entire class of vessels, such as arteries, capillaries or veins, without any possibility to further differentiate spatially within the compartment (e.g., 1-3). Anatomical models comprising a few dozen segments are based on morphometric parameters, such as lengths and radii of vessel segments. In this approach, the real branching geometry is implemented to specifically represent a certain

Imaging Systems and Data Sources

An alternative data source for the macroscopic modeling of human anatomy provides the Visible Human Project of the National Library of Medicine, The Visible Human Project forms a base of the MEET Man Project (Models for Simulation of Electromagnetic, Elastomechanic and Thermic Behavior of Man) of the Institut f r Biomedizinische Technik, Universitat Karlsruhe (TH) 26, 132 . The project aims at the generation of anatomical and physical models of the human body suitable for numerical calculation of physical fields. A focus of the MEET Man project is the computerized reconstruction of the anatomy, electrophysiology and mechanics of the human heart.

Experimental Models and Techniques

Although no experimental study can ever completely mimic a clinical situation, we believe that our model of acute coronary occlusion in the pig with subsequent reperfusion closely simulates the events that occur following a failed PTCA leading to CABG surgery. The coronary anatomy of the pig has less collateral flow than in dogs and sheep and more closely mimics human anatomy. Infarct size following a coronary occlusion in the pig is greater than in the dog. Hence, interventions which significantly reduce infarct size in the pig will undoubtedly have an important role in clinical practice. In our studies, the occlusion of the second and third diagonal vessels just distal to the takeoff of the LAD has consistently resulted in an area of risk of approximately 10-11 . While this may seem like a relatively small area, one must remember that in patients with triple vessel disease, the presence of collateral flow probably limits the actual amount of ventricular tissue which is at risk for...

Essentials of Human Physiology

Essentials of Human Physiology

This ebook provides an introductory explanation of the workings of the human body, with an effort to draw connections between the body systems and explain their interdependencies. A framework for the book is homeostasis and how the body maintains balance within each system. This is intended as a first introduction to physiology for a college-level course.

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