Tuesday, May 13, 2014

Short Cases in Clinical Medicine (5th ed) by Prof. Dr. ABM Abdullah



Short Cases in Clinical Medicine (5th Ed)





Key Features

  • Follows systematic approach to diagnosis and management.
  • Presents many short clinical cases, followed by relevant questions, their answers and a brief discussion.
  • Each case described in the way the student is expected to approach a medical situation in examinations as well as in day-to-day practice.
  • Provides short notes on various common diseases that will help the students to get a comprehensive knowledge without going through big textbooks.
  • About 600 coloured photographs and a few x-rays, CT scans, etc. provided to help students to develop a good clinical eye.


ABM Abdullah
The present book is a very helpful learning manual for undergraduate and postgraduate students preparing for FCPS, MD, MRCP, FRACP or any other equivalent examinations in internal medicine, or even any subspecialties. It would also be useful to practicing doctors.
The students can carry the book to the ward and with its help practice examination of patients in a systematic way, thus prepare themselves for their practical exams.



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Wednesday, March 12, 2014

Davidson's Principles and Practice of Medicine 22nd Edition Free Download

Davidson's Principles and Practice of Medicine, 22nd Edition



Description
More than two million medical students, doctors and other health professionals from around the globe have owned a copy of Davidson’s Principles and Practice of Medicine since it was first published. Today’s readers rely on this beautifully illustrated text to provide up-to-date detail of contemporary medical practice, presented in a style that is concise and yet easy to read. Davidson’s provides the factual knowledge required to practise medicine, explaining it in the context of underlying principles, basic science and research evidence, and shows how to apply this knowledge to the management of patients who present with problems rather than specific diseases. The book has won numerous prizes including being highly commended in the British Medical Association book awards.
Davidson’s global perspective is enhanced by the input of an international team of authors and a distinguished International Advisory Board from 17 countries. Building on the foundations laid down by its original editor,Davidson’s remains one of the world’s leading and most respected textbooks of medicine.
Reviews
    Beautifully constructed with superb clarity of style - Davidson's continues to provide for students, doctors and other health professionals a sound basis for the practice of medicine.
    Royal Society of Medicine and Society of Authors Medical Book Awards
    This book comes through where others fail: an excellent textbook, easy to read and superb value.
    British Medical Journal
    Davidson’s is a truly wonderful companion. … If students want a comprehensive yet accessible book to have from the start of their medical training, I would recommend this one!
    Tim Jackson, Brighton and Sussex Medical School
    A great textbook for integrating medical science and clinical medicine: whenever I have studied a topic from Davidson's, I feel as though I have a firm grasp on the science as well as the practice.
    Tara Berger, University of Newcastle
    I love this book - after reading a section, you haven’t just learned it, but you’ve understood it.
    George Collins, University College London
    Davidson’s has somehow managed to get better with age. While staying true to its foundations, it has brilliantly incorporated the latest in medical advances and treatment.
    Sabreen Ali, University of Sheffield
    I cannot recommend the introductory chapters enough - the content is gold dust for students or doctors at any stage in their career. … Davidson’s stands apart from the crowd … no medic’s bookshelf is complete without one.
    David Miller, University of Glasgow
    This new edition is fantastic! The book content is exceptional … this book is an institution which has improved edition on edition.
    Sarah Edwards, Peninsula Medical School
Key Features
  • The underlying principles of medicine are described concisely in the first part of the book, and the detailed practice of medicine within each sub-specialty is described in later system-based chapters.
  • Most chapters begin with a two-page overview of the important elements of the clinical examination, including a manikin to illustrate the key steps in the examination of the relevant system.
  • A practical, problem-based clinical approach is described in the ‘Presenting Problems’ sections, to complement the detailed descriptions of each disease.
  • The text is extensively illustrated, with over 1000 diagrams, clinical photographs, and radiology and pathology images.
  • 1350 text boxes present information in a way suitable for revision, including 150 clinical evidence boxes summarising the results of systematic reviews and randomised controlled trials and 65 ’In Old Age’ boxes highlighting important aspects of medical practice in the older population.
  • A combined index and glossary of medical acronyms contains over 10 000 subject entries. The contents can also be searched comprehensively as part of the online access to the whole book on the StudentConsult platform.
  • Access over 500 self-testing questions with answers linked to the book’s content for further reading.
  • The text uses both SI and non-SI units to make it suitable for readers throughout the globe.
New to this Edition
  • A new chapter specifically on Stroke Disease recognises the emergence of Stroke Medicine as a distinct clinical and academic discipline.
  • A rationalisation of the 1350 boxes used throughout the book gives a simpler and clearer presentation of the various categories.
  • New ‘In Adolescence’ boxes recognise the fact that many chronic disorders begin in childhood and become the responsibility of physicians practising adult medicine. These boxes acknowledge the overlap ‘transitional’ phase and highlight the key points of importance when looking after young people.
  • The regular introduction of new authors and editors maintains the freshness of each new edition. On this occasion Dr Ian Penman has joined the editorial team and 18 new authors bring new experience and ideas to the content and presentation of the textbook.
  • An expanded International Advisory Board of 38 members includes new members from several different countries.
Table of Contents
Part 1 - Principles of medicine
Good medical practice
Therapeutics and good prescribing
Molecular and genetic factors in disease
Immunological factors in disease
Environmental and nutritional factors in disease
Principles of infectious disease
Ageing and disease
Part 2 - Practice of medicine
Critical illness
Poisoning
Medical psychiatry
Oncology
Palliative care and pain
Infectious disease
HIV infection and AIDS
Sexually transmitted infections
Clinical biochemistry and metabolism
Kidney and urinary tract disease
Cardiovascular disease
Respiratory disease
Endocrine disease
Diabetes mellitus
Alimentary tract and pancreatic disease
Liver and biliary tract disease
Blood disease
Rheumatology and bone disease
Neurological disease
Stroke disease
Skin disease
Laboratory reference ranges
Author Information
Edited by Brian R. Walker, BSc MD FRCPE FRSE, Professor of Endocrinology, University of Edinburgh; Honorary Consultant Physician, Royal Infirmary of Edinburgh, UK; Nicki R Colledge, BSc (Hons) FRCPE, Consultant Physician in Medicine for the Elderly, Liberton Hospital and Royal Infirmary of Edinburgh; Honorary Senior Lecturer, University of Edinburgh, UK; Stuart H. Ralston, MD FRCP FMedSci FRSE, Arthritis Research UK Professor of Rheumatology, University of Edinburgh; Honorary Consultant Rheumatologist, Western General Hospital, Edinburgh UK. and Ian Penman, BSc MD FRCPE, Consultant Gastroenterologist, Royal Infirmary of Edinburgh; Honorary Senior Lecturer, University of Edinburgh, UK

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Tuesday, April 16, 2013

Anatomy & Physiology Video Lectures 01



Understanding the Human Body: An Introduction to Anatomy and Physiology
(32 lectures, 45 minutes/lecture)
Course No. 160


Taught by Anthony Goodman
Montana State University
M.D., Cornell Medical College

"Come hither… view this body."
            —Shakespeare

You live with it 24 hours a day. But how well do you really know it? These 32 lectures are your owner’s manual to a remarkably complex, resilient, and endlessly fascinating structure: the human body.

Your guide is Dr. Anthony Goodman—surgeon, professor, and writer—who takes you step by step through the major systems of the body, explaining exactly how things work and why they sometimes don’t.

Using detailed color illustrations, life-sized models, and in one lecture, a video shot during surgery, Dr. Goodman gives clear descriptions of structure (anatomy) and function (physiology) aimed at the level of the interested layperson.

"One can tell he has explained these topics to everyone from children to adults," an enthusiastic viewer wrote The Teaching Company.

A Systems Approach

Dr. Goodman’s approach differs from anatomy lab in medical school, with which he has extensive teaching experience. By necessity, medical students dissecting cadavers must study all of the organs in one area before moving on to the next. They simply cannot dissect the entire nervous system; then go back and dissect the vascular system; then, the gastrointestinal system; and so on.

By contrast, this course introduces anatomy by systems and depends on illustrations, not cadavers. Dr. Goodman correlates the findings in anatomy with the functioning of the normal human body, its physiology.

"A Gripping Page-Turner"

"The study of anatomy alone, without reference to both the normal and abnormal function of the human body, has little meaning," says Dr. Goodman. "However, when studied in the context of the exquisite and intricate relationships of anatomy to those normal processes that keep us alive and allow us to reproduce and evolve, the subject becomes a gripping page-turner."

Each lecture concentrates on a particular organ or organ system, for example, the heart. The following lecture then examines the physiology of the system, looking, for example, at a normally functioning heart. Finally, to make the connections even more meaningful, Dr. Goodman discusses the more common clinical problems that occur when something goes wrong, the pathology of the organ or system. These clinical correlations make the course particularly valuable, since in real life not everything goes as planned.

What You Learn

Cardiovascular System: The course opens with the cardiovascular system, focusing on the heart in Lectures 1 and 2. You examine its different parts, their responsibilities, and how the processes can break down. Lectures 3 and 4 complete the cardiovascular system with descriptions of the anatomy and physiology of the great vessels of the body, including arteries, veins, and their relationships.
Respiratory System: Tied directly to the structure and function of the heart and great vessels is the respiratory system—covered in Lectures 5 and 6, which address the anatomy and physiology of the lungs.
Nervous System: The lectures continue with a look at the very reason for the existence of all the other organ systems: the nervous system. Lectures 7 and 8 explore the structure and function of the brain itself. Lecture 9 covers the anatomy and physiology of the spinal cord and the spinal nerves. Lecture 10 addresses the unconscious workings of the autonomic nervous system and all-important cranial nerves. In Lecture 11, you learn about the wonders of sight and the eye. In Lecture 12, you study the ears, hearing, and balance. Lecture 13 ends the discussion of the nervous system by examining memory, brain pathology, anesthesia, and pain.
Digestive System: Lectures 14 and 15 examine the anatomy and physiology of the upper portion of the gastrointestinal tract—the mouth, esophagus, and stomach—continuing in Lectures 16 and 17 with the pancreas, liver, and the biliary tree. In Lectures 18 and 19 you learn about the anatomy and physiology of the small intestine, colon, and rectum.
Endocrine System: Dr. Goodman devotes three lectures to the endocrine system. In Lecture 20, you study the anatomy and physiology of the pituitary gland and the adrenal glands, then move on to cover the anatomy and physiology of the endocrine pancreas in Lecture 21. In Lecture 22, Dr. Goodman completes the analysis of the endocrine system with a look at the anatomy and physiology of the thyroid gland and the parathyroid glands.
Urinary System: Lectures 23 and 24 focus on the kidneys, ureters, and bladder.
Reproductive System: In Lectures 25 and 26, Dr. Goodman discusses the anatomy and physiology of the male and female reproductive systems. Lecture 27 covers genetic inheritance and its potential problems.
Musculoskeletal System: The next topic is the musculoskeletal system. Lecture 28 looks at the physiology and physics of the muscles. In Lecture 29, you examine the anatomy of specific muscle groups. Lecture 30 focuses on the anatomy and physiology of the skeleton.
Immune System: Lecture 31 addresses the structure and function of the body’s major defense mechanism, the immune system.
Cancer: The course ends with a lecture on the biology of human cancer.
Comprehensive… Humane… Lighthearted



Dr. Goodman’s teaching style is clear but comprehensive, objective but humane, learned but lighthearted. He received his undergraduate degree from Harvard University and his M.D. from Cornell Medical College. After a surgical internship and residency at the University of Michigan Medical Center, he completed his surgical training and chief residency at the Harvard Surgical Service of Boston City Hospital, New England Deaconess Hospital, Lahey Clinic, and Cambridge City Hospital.

Dr. Goodman is a Fellow of the American College of Surgeons and a Diplomate of the American Board of Surgery. Currently, he teaches gross anatomy at Montana State University in the W.W.A.M.I. Medical Sciences Program. His historical novel, The Shadow of God, a tale of the siege of Rhodes in the 16th century, was published in 2002.

"While it is certain that this course will NOT prepare you for performing emergency tracheotomy, a wilderness appendectomy, or an informal diagnosis of your neighbor’s child’s illness," says Dr. Goodman, "I hope it will excite and inflame an interest in your own body, its processes, and 'the ills that flesh is heir to.'"

..Now comes my turn..
To me these videos are very good for understanding Anatomy
As its a Large file, obviously you should go for torrent download..
I also downloaded it from torrent
so i am giving torrent download link below:


or


..Thanks for your co-operation..
..have a good day..

Monday, April 15, 2013

Tumor Detector Robot For Breast Cancer Detection

Tactile Tumor Detector Robot

For Breast Cancer Detection


A breakthrough Tactile tumor Detector robot for Breast cancer detection. 

Iranian scientists at Amir-Kabir University of Science and Technology have built the first indigenous tactile tumor detector robot for breast cancer as they took another giant scientific step.

The smart robot built for the first time in Iran is used for three-dimensional detection of breast tumor.






 

It is developed by the Iranian Polytechnic Amir Kabir University.

The device which is designed based on syntactic touch does not impose any damage to the patient's breast tissue or texture, including damages due to the assembly of X-ray in the body or damages due to biopsy.

The robot is able to differentiate between malignant and benign cancers with 95/5 percent accuracy.

Subsurface and surface tactile sensing of cancerous tumors may be achieved through the use of a tactile sensor.
This sensor generates an image and estimates the stiffness of a tumor utilizing a flexible transparent optical waveguide and optical principles.
The tactile sensing system is comprised of a multiple layered probe, light sources, a camera, a processor, and a display unit.

The tactile sensing system may be used for:
• Breast tumor detection
• Classifying healthy nodules, benign tumors, and malignant breast tumors
• Skin cancer detection
• Skin tumor classification
• Prostate cancer detection
• Material identification with a robotic arm
• Blood pressure monitoring
• Determining the stiffness of cartilage
• Real time diagnosis during the open surgery and minimally invasive surgery
• Determination of muscle tone
• Localize hidden tumors

The above-mentioned sensor can be used to more accurately identify tissues and decrease the number of unnecessary biopsies. This method has several advantages, including:
• High resolution
• Low cost
• Portability
• Minimal training required to use


Credits: ISNA, Tehran; photos by H. Khahi; Facebook; Temple University

 

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