Adaptive Neuro-Fuzzy inference system approach for the automatic screening of diabetic retinopathy in fundus images.(Report): An article from: Journal of Computer Science

 

The Smarter Science of Slim: What the Actual Experts Have Proven About Weight Loss, Dieting, & Exercise

Since the 1970’s we have been told that eating less and exercising more is healthy and leads to lasting weight loss. Since then obesity, diabetes, and other diet related diseases have risen to epidemic levels, overtaken tobacco as leading cause of death in the United States, and account for over $190 billion a year in health-care spending.

Consistent with these trends, but in sharp contrast to what the food, fitness, and pharmaceutical industries tell us, Jonathan Bailor’s new book The Smarter Science of Slim, the single largest scientific analysis of health and fitness ever conducted, proves that eating less and exercising more harms our health and leads to fat gain 95.4 percent of the time.

The Smarter Science of Slim simplifies the analysis of over 1,100 scientific studies to bridge the gap between the scientific world and the everyday world, dispel the myths and marketing that have fueled the current health care crisis, and provide a proven lifestyle for lasting wellness by focusing on quality of food and exercise and then eating more and exercising less — but smarter. The Smarter Science of Slim is endorsed by the world-wide scientific community including top doctors at the Harvard Medical School, John Hopkins, and UCLA, and approved as curriculum for registered dieticians (RDs) by the Academy of Nutrition and Dietetics.

“We all know what the typical approach leads to,” remarked Bailor who is confident that the last forty years of research from the most brilliant medical minds around the world prove that we can use this atypical “eat more, exercise less but smarter” approach to generate atypical results: improved health and reduced obesity and diet-related disease rates.

More info: TheSmarterScienceOfSlim.com

——————-Benefits——————-

Lower your risk of diabetes, heart disease, cancer, and cardiovascular disease
Lose body fat
Improve cholesterol and blood pressure
Avoid hunger
Enjoy higher energy levels
Improve confidence and self-esteem
Increase insulin sensitivity and control diabetes
Curb cravings
End overeating
Get sick less often
Improve complexion and skin tone
Boost your ability to concentrate and mood
Sleep better and feel more rested
Enhance strength, fitness, cardiovascular health, and athletic performance
Enjoy less anxiety and depression
Improve sexual performance
Reduce chronic pain and arthritis
Speed-up metabolism
Improve estrogen and testosterone levels
Develop compact lean muscle tissue
Enhance bone density

———————Reviews———————-

“Proven and practical.”
—Dr. Theodoros Kelesidis
Harvard & UCLA Medical Schools

“The latest and best scientific research.”
—Dr. John J. Ratey
Harvard Medical School

“An important piece of work.”
—Dr. Anthony Accurso
Johns Hopkins

“Smart and health promoting.”
—Dr. JoAnn E. Manson
Harvard Medical School

“The last diet book you will ever need to buy.”
—Dr. Larry Dossey
Medical City Dallas Hospital

“Revolutionary, surprising, and scientifically sound.”
—Dr. Jan Friden
University of Gothenburg

“Compelling, simple, and practical.”
—Dr. Steve Yeaman
Newcastle University

“Stimulating and provocative.”
—Dr. Soren Toubro
University of Copenhagen

 

Barefoot Science – Full Length 6 Step Active Arch Activation Foot Suppoort Insoles – XL – Men: 12-14

Barefoot Science progressive approach is inline with athletic training programs in that muscles are constantly and gradually challenged, producing a manageable improvement in the strengthening of the muscles. This version has been designed with extra material around the toe area for trimming and is appropriate for shoes that feature a removable insole, such as most athletic and recreational shoes. Typically, the generic insole that comes with these types of shoe is slightly contoured and may interfere with how flat the Barefoot Science System is able to rest in the shoe, so it must be removed. After removing the generic insole, trim the Barefoot Science insole according to the Instructions and place it in the shoe, making sure it lies flat and flush against the ends and sides of the interior of the shoe.

Product Features

  • Clinically proven to effectively relieve pain and discomfort caused by flat feet, excessive pronation, plantar fasciitis, bunions, corns, calluses, fatigue and cramping, and to alleviate foot-related knee problems, shin splints, hip, and back pain
  • The Barefoot Science patented arch activation foot strengthening insole system is designed to gently work and rehabilitate the weak foot musclesand lazy arches that are often the cause of foot -related problems and pain
  • Barefoot Science provides the safe and natural neuromuscular stimulation required for optimal foot dynamics in response to increased activity levels, regardless of activity
  • Effectively improves blood circulation in the foot area and reduces the risk of calluses appearing
  • Improving circulation and reducing the possibility of venous pooling or neuropathy

 

Barefoot Science – Full Length 6 Step Active Arch Activation Foot Support Insoles – Small – Ladies: 8-9.5, Men: 6-7.5

Barefoot Science progressive approach is inline with athletic training programs in that muscles are constantly and gradually challenged, producing a manageable improvement in the strengthening of the muscles. This version has been designed with extra material around the toe area for trimming and is appropriate for shoes that feature a removable insole, such as most athletic and recreational shoes. Typically, the generic insole that comes with these types of shoe is slightly contoured and may interfere with how flat the Barefoot Science System is able to rest in the shoe, so it must be removed. After removing the generic insole, trim the Barefoot Science insole according to the Instructions and place it in the shoe, making sure it lies flat and flush against the ends and sides of the interior of the shoe.

Product Features

  • Clinically proven to effectively relieve pain and discomfort caused by flat feet, excessive pronation, plantar fasciitis, bunions, corns, calluses, fatigue and cramping, and to alleviate foot-related knee problems, shin splints, hip, and back pain
  • The Barefoot Science patented arch activation foot strengthening insole system is designed to gently work and rehabilitate the weak foot musclesand lazy arches that are often the cause of foot -related problems and pain
  • Barefoot Science provides the safe and natural neuromuscular stimulation required for optimal foot dynamics in response to increased activity levels, regardless of activity
  • Effectively improves blood circulation in the foot area and reduces the risk of calluses appearing
  • Improving circulation and reducing the possibility of venous pooling or neuropathy

 

Science software. (eight K-12 and six advanced education titles) (Product Information): An article from: T H E Journal (Technological Horizons In Education)

This digital document is an article from T H E Journal (Technological Horizons In Education), published by T.H.E. Journal, LLC on October 1, 1997. The length of the article is 792 words. The page length shown above is based on a typical 300-word page. The article is delivered in HTML format and is available in your Amazon.com Digital Locker immediately after purchase. You can view it with any web browser.

From the supplier: Eight K-12 and six advanced education titles are presented. Curriculum Associates’ Curious Creatures is targeted at grades two through eight and concentrates on reading and science curriculum. Students are introduced to bats, snakes, spiders, wolves and owls in an interactive and stimulating environment. The application features full-color books and diagrams that promote reading and writing skills. Likewise, Tom Snyder Productions’ Science Court combines interactive activities, humor and courtroom drama to teach fundamental science ideas to grades four through six. Students are asked to examine facts while executing interactive experiments in a legal case-type format. Novartis’ The Diagnostic Reasoning Series, targeted at more advanced medical students, provides interactive patient simulation via a case authoring system that enables users to apply their problem-solving and clinical expertise. Students practice physical exams, formulate assessments and order diagnostic studies.

Citation Details
Title: Science software. (eight K-12 and six advanced education titles) (Product Information)
Author: William Willis
Publication: T H E Journal (Technological Horizons In Education) (Refereed)
Date: October 1, 1997
Publisher: T.H.E. Journal, LLC
Volume: v25 Issue: n3 Page: p26(2)

Distributed by Thomson Gale

 

FOUR ISSUES OF THE ASSOCIATION MEDICAL JOURNAL WITH ARTICLES AS FOLLOWS: 1) ON DIABETES. 2) ON CERTAIN FORMS OF CACEXIA. 3) ON THE COMMUNICATIONS BETWEEN THE LYMPHATIC SYSTEM AND THE VEINS: Provisional Report From the London Committee of the British Association for the Advancement of Science, Appointed to Make an Experimental Inquiry Into This Subject. 4) NUMERICAL METHOD OF CONDUCTING MEDICAL INQUIRES.

 

Framed Print of Diabetic sweets from Science Photo Library

24 x18 Framed Print, Black Satin Frame Off-White Digital Mat. showing Diabetic sweets. Diabetic sweets. Sugar-free chocolate and boiled sweets. These are suitable for diabetics because they don t contain any sugars, such as sucrose or glucose. Diabetics either lack insulin, or cannot properly use insulin. Insulin is a hormone that is released into the blood to promote the uptake of glucose, the basic sugar that fuels the body cells and provides

Product Features

  • FRAMED PRINT This 24 x18 Framed Print features an image of Diabetic sweets chosen by Science Photo Library. Estimated image size 460x457mm.
  • Black Satin Frame Off-White Digital Mat 24 x18 wooden frame with digital mat and RA4 print. Finished back including brown backing paper, hanging bracket and corner bumpers
  • Image Description: Diabetic sweets. Diabetic sweets. Sugar-free chocolate and boiled sweets. These are suitable for diabetics because they don t contain any sugars, such as sucrose or glucose. Diabetics either lack insulin, or cannot properly use insulin. Insulin is a hormone that is released into the blood to promote the uptake of glucose, the basic sugar that fuels the body cells and provides energy. A lack of insulin causes the blood sugar levels to rise dangerously high.
  • For any queries regarding this image of Diabetic sweets please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6410217
  • Image of Diabetic sweets is supplied by Science Photo Library. © David Munns/science Photo Library

 

Canvas Prints of Fundus camera image diabetic retinopathy from Science Photo Library

30×20 Canvas Print, White Sides. , Fundus camera image diabetic retinopathy. Diabetic retinopathy fundus camera image showingthe blood vessels of the retina of a personsuffering from diabetes. Diabetic retinopathy isthe most common cause of preventable blindness inWestern society. Its cause is obscure, althoughadult non-insulin dependent patients are moresusceptible. Early (background) changes, as seenhere, affect the small arterioles a

Product Features

  • This 30×20 Canvas Print features an image chosen by Science Photo Library. Estimated image size 762x508mm.
  • White Sides Photo printed on archival quality canvas. Laminated. Canvas print stretched and hand mounted over thick 1 3/8 inch wooden bars. No frame, Gallery art appearance. Ready to hang
  • Image Description: Diabetic retinopathy fundus camera image showingthe blood vessels of the retina of a personsuffering from diabetes. Diabetic retinopathy isthe most common cause of preventable blindness inWestern society. Its cause is obscure, althoughadult non-insulin dependent patients are moresusceptible. Early (background) changes, as seenhere, affect the small arterioles a capillaries, with the formation of microaneurysms haemorrhages(red patches) a
  • For any queries regarding this item please contact Science Photo Library c/o Media Storehouse quoting Media Reference 1118930
  • © Western Ophthalmic Hospital/Science Photo Library

 

Dianetics: The Modern Science Of Mental Health (English)

Dianetics has remained a bestseller for more than 50 years. And with over 20 million copies sold, generating a movement that spans virtually every country on Earth, it is indisputably one of the most widely read and influential books ever written about the human mind.

Here is the anatomy and full description of the Reactive Mind, the previously unknown source of nightmares, unreasonable fears, upsets and insecurities which enslave Man. This book shows you how to get rid of it, and so achieve something Man has previously only dreamed of: the State of Clear.
Among the discoveries herein:

The Goal of Man

The Dynamic Principle of Existence — the one word that motivates all living things

The Four Dynamics — the drives upon which all of life is compartmented

The Descriptic Graph of Survival revealing ones true potential and how to achieve it

The discovery of and complete anatomy of the Reactive Mind

The painful experiences engrams contained in the Reactive Mind which command one to act irrationally against their own wishes and goals

The impact of prenatal engrams that took place before you were born and how it has influenced you ever since

Dianetics enables you to discover and eradicate harmful experiences so they never affect you again, revealing the one person you have always wanted to know — you.

Product Features

  • ISBN13: 9781403144461
  • Condition: New
  • Notes: BRAND NEW FROM PUBLISHER! 100% Satisfaction Guarantee. Tracking provided on most orders. Buy with Confidence! Millions of books sold!

 

Photo Mug of Diabetes mellitus, computer artwork from Science Photo Library

Photo Mug showing Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood. Chosen by Science

Product Features

  • PHOTO MUG This Photo Mug features an image of Diabetes mellitus, computer artwork chosen by Science Photo Library. Estimated image size 113x80mm.
  • 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe
  • Image Description: Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood.
  • For any queries regarding this image of Diabetes mellitus, computer artwork please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6422267
  • Image of Diabetes mellitus, computer artwork is supplied by Science Photo Library. © David Mack/science Photo Library

 

Photo Jigsaw Puzzle of Molecular structure of insulin hormone from Science Photo Library

Photo Puzzle, Molecular structure of insulin hormone. Molecular computer graphics of a 2-zinc insulinhormone molecule, (a hexamer). The molecule ismade up of two chains of amino acids the A chain, two small cylinders of the same colour (yellow agreen), a the B chain, one large cylinder (blue).The chains are held together by two sulphur bonds(ribbons), with the zinc atoms (white balls) atcentre. Insulin is produced in the pancreas by thecells

Product Features

  • This Photo Puzzle features an image chosen by Science Photo Library. Estimated image size 356x254mm.
  • 10×14 Photo Puzzle with 252 pieces. Packed in black cardboard box of dimensions 5 5/8 x 7 5/8 x 1 1/5. Puzzle image 5×7 affixed to box top. Puzzle pieces printed on RA4 paper at 300 dpi
  • Image Description: Molecular computer graphics of a 2-zinc insulinhormone molecule, (a hexamer). The molecule ismade up of two chains of amino acids the A chain, two small cylinders of the same colour (yellow agreen), a the B chain, one large cylinder (blue).The chains are held together by two sulphur bonds(ribbons), with the zinc atoms (white balls) atcentre. Insulin is produced in the pancreas by thecells of the islets of Langerhans. Its function isto regulate
  • For any queries regarding this item please contact Science Photo Library c/o Media Storehouse quoting Media Reference 1112678
  • © Dr.Arthur Lesk, Laboratory For Molecular Biology/Science Photo Library

 

Barefoot Science Therapeutic Insole, Foot Strengthening System, Medium, 2-Count

In no other field of medicine is bracing, cushioning or supporting the recommended long term solution for muscular skeletal issues that can be rehabilitated. Barefoot Science’s dominant dome technology is strategically shaped and located to interact with a key region of the foot. This region corresponds with the foot’s center of mass, the location of the body’s line of action through the foot, the apex of the foot’s 5 radiating arches, and the nerve engorged plantar aspect of the foot. This version has been designed with extra material around the toe area for trimming and is appropriate for shoes that feature a removable insole, such as most athletic and recreational shoes. Typically, the generic insole that comes with these types of shoe is slightly contoured and may interfere with how flat the Barefoot Science System is able to rest in the shoe, so it must be removed. After removing the generic insole, trim the Barefoot Science insole according to the Instructions and place it in the shoe, making sure it lies flat and flush against the ends and sides of the interior of the shoe.

Product Features

  • Clinically proven to effectively relieve pain and discomfort caused by flat feet, excessive pronation, plantar fasciitis, bunions, corns, calluses, fatigue and cramping, and to alleviate foot-related knee problems, shin splints, hip, and back pain
  • The Barefoot Science patented arch activation foot strengthening insole system is designed to gently work and rehabilitate the weak foot musclesand lazy arches that are often the cause of foot -related problems and pain
  • Barefoot Science provides the safe and natural neuromuscular stimulation required for optimal foot dynamics in response to increased activity levels, regardless of activity
  • Effectively improves blood circulation in the foot area and reduces the risk of calluses appearing
  • Improving circulation and reducing the possibility of venous pooling or neuropathy

 

Photographic Print of Test for urine glucose level from Science Photo Library

10 x8 Print showing Test for urine glucose level. Test for glucose level in urine. The blue colouration on the end of the reagent strip indicates a negative (normal) result. Glucose levels in urine are raised in diabetes. Chosen by Science Photo Library. High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used. This item is shipped from our American lab.

Product Features

  • PHOTOGRAPHIC PRINT This 10 x8 Print features an image of Test for urine glucose level chosen by Science Photo Library. Estimated image size 254x173mm.
  • High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used
  • Image Description: Test for urine glucose level. Test for glucose level in urine. The blue colouration on the end of the reagent strip indicates a negative (normal) result. Glucose levels in urine are raised in diabetes.
  • For any queries regarding this image of Test for urine glucose level please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6419242
  • Image of Test for urine glucose level is supplied by Science Photo Library. © Damien Lovegrove/science Photo Library

 

Photo Mug of Diabetes, artwork from Science Photo Library

Photo Mug showing Diabetes, artwork. Diabetes. Artwork depicting the rise in blood glucose (red dots) in the body of a diabetic after a meal. Normally the level of insulin (yellow crosses), which converts excess glucose in the blood to its storage product glycogen, would rise in response. However in diabetics no (type 1), or very little (type 2) insulin is produced and blood glucose levels remain high. Chosen by Science Photo Library. 11oz

Product Features

  • PHOTO MUG This Photo Mug features an image of Diabetes, artwork chosen by Science Photo Library. Estimated image size 104x80mm.
  • 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe
  • Image Description: Diabetes, artwork. Diabetes. Artwork depicting the rise in blood glucose (red dots) in the body of a diabetic after a meal. Normally the level of insulin (yellow crosses), which converts excess glucose in the blood to its storage product glycogen, would rise in response. However in diabetics no (type 1), or very little (type 2) insulin is produced and blood glucose levels remain high.
  • For any queries regarding this image of Diabetes, artwork please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6330163
  • Image of Diabetes, artwork is supplied by Science Photo Library. © Peter Gardiner/science Photo Library

 

Canvas Print of Amputated toe, X-ray from Science Photo Library

30 x20 Canvas Print, White Sides. showing Amputated toe, X-ray. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of a foot of a diabetic, showing an amputated second toe. Chosen by Science Photo Library. Photo printed on archival quality canvas. Laminated. Canvas print stretched and hand mounted over thick 1 3/8 inch wooden bars. No frame, Gallery art appearance. Ready to hang. This item is shipped from our American lab.

Product Features

  • CANVAS PRINT This 30 x20 Canvas Print features an image of Amputated toe, X-ray chosen by Science Photo Library. Estimated image size 762x508mm.
  • White Sides Photo printed on archival quality canvas. Laminated. Canvas print stretched and hand mounted over thick 1 3/8 inch wooden bars. No frame, Gallery art appearance. Ready to hang
  • Image Description: Amputated toe, X-ray. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of a foot of a diabetic, showing an amputated second toe.
  • For any queries regarding this image of Amputated toe, X-ray please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6391829
  • Image of Amputated toe, X-ray is supplied by Science Photo Library. © Miriam Maslo/science Photo Library

 

Barefoot Science – 3/4 Length 6 Step Active Arch Activation Foot Support Insoles – Large – Men: 10-11.5

Barefoot Science progressive approach is inline with athletic training programs in that muscles are constantly and gradually challenged, producing a manageable improvement in the strengthening of the muscles. This version can be worn right out of the box and is appropriate for shoes that do not have a removable insole, such as dress, work, and some casual shoes. Tuck the 3/4 length insole into the shoe so that the heel of the insole fits snugly into the heel pocket of the shoe. The insole will be held securely in place by your own body weight.

Product Features

  • Clinically proven to effectively relieve pain and discomfort caused by flat feet, excessive pronation, plantar fasciitis, bunions, corns, calluses, fatigue and cramping, and to alleviate foot-related knee problems, shin splints, hip, and back pain
  • The Barefoot Science patented arch activation foot strengthening insole system is designed to gently work and rehabilitate the weak foot musclesand lazy arches that are often the cause of foot -related problems and pain
  • Barefoot Science provides the safe and natural neuromuscular stimulation required for optimal foot dynamics in response to increased activity levels, regardless of activity
  • Effectively improves blood circulation in the foot area and reduces the risk of calluses appearing
  • Improving circulation and reducing the possibility of venous pooling or neuropathy

 

Photographic Print of Amputated toe, X-rays from Science Photo Library

10 x8 Print showing Amputated toe, X-rays. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of the foot of a diabetic with an amputated second toe. Chosen by Science Photo Library. High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used. This item is shipped from our American lab.

Product Features

  • PHOTOGRAPHIC PRINT This 10 x8 Print features an image of Amputated toe, X-rays chosen by Science Photo Library. Estimated image size 254x180mm.
  • High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used
  • Image Description: Amputated toe, X-rays. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of the foot of a diabetic with an amputated second toe.
  • For any queries regarding this image of Amputated toe, X-rays please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6405603
  • Image of Amputated toe, X-rays is supplied by Science Photo Library. © Miriam Maslo/science Photo Library

 

Photographic Print of Diabetes mellitus, computer artwork from Science Photo Library

10 x8 Print showing Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood. Chosen by Science

Product Features

  • PHOTOGRAPHIC PRINT This 10 x8 Print features an image of Diabetes mellitus, computer artwork chosen by Science Photo Library. Estimated image size 254x180mm.
  • High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used
  • Image Description: Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood.
  • For any queries regarding this image of Diabetes mellitus, computer artwork please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6422267
  • Image of Diabetes mellitus, computer artwork is supplied by Science Photo Library. © David Mack/science Photo Library

 

Photo Jigsaw Puzzle of Insulin injection from Science Photo Library

Photo Puzzle showing Insulin injection. MODEL RELEASED. Insulin injection. Mother administering her four-year-old diabetic daughter with an insulin injection using a novopen. The novopen is a pen-like device which meters out the correct dose of insulin from a portable cartridge. Insulin is a hormone made in the pancreas, which converts blood sugar to energy. Diabetes mellitus is a condition in which too little insulin is made. The consequence

Product Features

  • PHOTO JIGSAW PUZZLE This Photo Puzzle features an image of Insulin injection chosen by Science Photo Library. Estimated image size 356x254mm.
  • 10×14 Photo Puzzle with 252 pieces. Packed in black cardboard box of dimensions 5 5/8 x 7 5/8 x 1 1/5. Puzzle image 5×7 affixed to box top. Puzzle pieces printed on RA4 paper at 300 dpi
  • Image Description: Insulin injection. MODEL RELEASED. Insulin injection. Mother administering her four-year-old diabetic daughter with an insulin injection using a novopen. The novopen is a pen-like device which meters out the correct dose of insulin from a portable cartridge. Insulin is a hormone made in the pancreas, which converts blood sugar to energy. Diabetes mellitus is a condition in which too little insulin is made. The consequence is that the body uses fats as an alternativ
  • For any queries regarding this image of Insulin injection please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6418076
  • Image of Insulin injection is supplied by Science Photo Library. © Ian Boddy/science Photo Library

 

Barefoot Science – Full Length 6 Step Active Arch Activation Foot Support Insoles – Large – Men: 10-11.5

Barefoot Science progressive approach is inline with athletic training programs in that muscles are constantly and gradually challenged, producing a manageable improvement in the strengthening of the muscles. This version has been designed with extra material around the toe area for trimming and is appropriate for shoes that feature a removable insole, such as most athletic and recreational shoes. Typically, the generic insole that comes with these types of shoe is slightly contoured and may interfere with how flat the Barefoot Science System is able to rest in the shoe, so it must be removed. After removing the generic insole, trim the Barefoot Science insole according to the Instructions and place it in the shoe, making sure it lies flat and flush against the ends and sides of the interior of the shoe.

Product Features

  • Clinically proven to effectively relieve pain and discomfort caused by flat feet, excessive pronation, plantar fasciitis, bunions, corns, calluses, fatigue and cramping, and to alleviate foot-related knee problems, shin splints, hip, and back pain
  • The Barefoot Science patented arch activation foot strengthening insole system is designed to gently work and rehabilitate the weak foot musclesand lazy arches that are often the cause of foot -related problems and pain
  • Barefoot Science provides the safe and natural neuromuscular stimulation required for optimal foot dynamics in response to increased activity levels, regardless of activity
  • Effectively improves blood circulation in the foot area and reduces the risk of calluses appearing
  • Improving circulation and reducing the possibility of venous pooling or neuropathy

 

Diabetes Education: Art, Science and Evidence

Diabetes education is a process, the key to which is establishing a therapeutic relationship with the individual.  The overall goal of diabetes education is to enhance the individual’s health capability, including their ability to solve problems and apply the learning to self-care.  Thus, diabetes education is an interactive process of teaching and learning where information is co-generated.  This innovative and thought stimulating new book explores the ‘how’ of diabetes education, rather than the ‘what’ and the ‘why’.

Diabetes Education: Art, Science and Evidence will help health care practitioners teach diabetes effectively from diagnosis and ensure people living with diabetes receive individualised support and information. It will enable practitioners and educators to examine and reflect on their practice when managing the person with diabetes.  Bringing together all the thinking and experience of the diabetes journey in one text – this book is essential reading for all practitioners and students involved in diabetes care. 

SPECIAL FEATURES:

  • Explores the HOW of diabetes education, rather than the WHAT and the WHY.
  • Features short stories, case studies, illustrative quotes, practice points and reflection points throughout
  • Edited by an internationally renowned expert in the field, with contributions from some of the world’s leading diabetes educators

 

Reversing Heart Disease and Preventing Diabetes: Apply Science to Lower Cholesterol 100 Points; Reduce Arterial Plaque 50% in 25 months; and Improve Heart Rhythm and Valves

Stand up to heart disease and win like I did! Yes, I have proved that heart artery plaque can be removed. I have reversed my heart disease. My cardiologist performed an angiogram in 2009 and informed me that the two small areas of arterial plaque he saw in 2007 had been reduced to half the original size in only 25 months. The diet, supplement, and drug regimen I present in Chapter 4 lowered my LDL cholesterol level 100 points, which is necessary to reverse coronary artery disease. High HDL cholesterol is also necessary to reverse heart disease. This is one of the most important scientific facts for you to know in order to achieve optimal health. Without increasing HDL cholesterol, you cannot reverse heart disease. My regimen worked like a miracle to increase my HDL cholesterol from 57 to 66, or 16%. It’s amazing. My LDL cholesterol was reduced 100 points to 68. Low LDL cholesterol reduces the work that HDL cholesterol must do to clean the arteries. This makes the HDL more productive and efficient. The LDL/HDL cholesterol ratio is one of the most important blood chemistry measurements for determining coronary artery disease risk, and my awesome reading was only 1.03. Insulin is the number one contributing factor to coronary artery disease because it promotes the formation of plaque in the arteries of the heart. It also produces plaque formation in other arteries of the body and leads to peripheral artery disease, stroke, and kidney disease. Insulin causes cardiovascular disease because it forces LDL cholesterol, triglycerides, calcium, heavy metals, glucose, and free radicals to bind to the arteries throughout the body. My scientific research proves that excess glucose consumption and high insulin cause Type 2 diabetes mellitus, and statistics have shown that 65% of diabetics will die from heart disease. I anticipate that my scientific approach to controlling glucose and insulin will prevent Type 2 diabetes 100% of the time and reduce symptoms in those who have already been diagnosed. Elevated triglycerides are a primary risk factor for heart disease. My regime reduced my triglycerides to 71 quickly and dramatically. The ratio of triglycerides (TR) to HDL cholesterol (TG/HDL) is one of the best indicators for heart disease risk. Triglycerides should be below 100 mg/dL, and HDL cholesterol should be above 50 mg/dL, for a ratio of 2.00. Improving the TG/HDL ratio will substantially reduce the heart disease risk. Some people are walking time bombs with a ratio of 6.00 or greater, and a ratio of 4.00 is very common. The ratio on my blood test was (71/68) = 1.04. My regimen has been shown to remove atherosclerotic lesions and calcification throughout the body with virtually no risks and very few side effects. Library of Congress Control Number (LCCN): 2011943818

 

Photo Mug of Amputated toe, X-rays from Science Photo Library

Photo Mug showing Amputated toe, X-rays. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of the foot of a diabetic with an amputated second toe. Chosen by Science Photo Library. 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe. This item is shipped from our American lab.

Product Features

  • PHOTO MUG This Photo Mug features an image of Amputated toe, X-rays chosen by Science Photo Library. Estimated image size 113x80mm.
  • 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe
  • Image Description: Amputated toe, X-rays. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of the foot of a diabetic with an amputated second toe.
  • For any queries regarding this image of Amputated toe, X-rays please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6405603
  • Image of Amputated toe, X-rays is supplied by Science Photo Library. © Miriam Maslo/science Photo Library

 

Photo Mug of Amputated toe, X-ray from Science Photo Library

Photo Mug showing Amputated toe, X-ray. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of a foot of a diabetic, showing an amputated second toe. Chosen by Science Photo Library. 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe. This item is shipped from our American lab.

Product Features

  • PHOTO MUG This Photo Mug features an image of Amputated toe, X-ray chosen by Science Photo Library. Estimated image size 113x80mm.
  • 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe
  • Image Description: Amputated toe, X-ray. Amputated toe. Coloured frontal (left) and oblique (right) X-rays of a foot of a diabetic, showing an amputated second toe.
  • For any queries regarding this image of Amputated toe, X-ray please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6391829
  • Image of Amputated toe, X-ray is supplied by Science Photo Library. © Miriam Maslo/science Photo Library

 

Photographic Print of Diabetes in pregnancy from Science Photo Library

10 x8 Print showing Diabetes in pregnancy. MODEL RELEASED. Diabetes in pregnancy. Pregnant woman using an insulin pen. She is eight months pregnant. Chosen by Science Photo Library. High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used. This item is shipped from our American lab.

Product Features

  • PHOTOGRAPHIC PRINT This 10 x8 Print features an image of Diabetes in pregnancy chosen by Science Photo Library. Estimated image size 203x203mm.
  • High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used
  • Image Description: Diabetes in pregnancy. MODEL RELEASED. Diabetes in pregnancy. Pregnant woman using an insulin pen. She is eight months pregnant.
  • For any queries regarding this image of Diabetes in pregnancy please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6379953
  • Image of Diabetes in pregnancy is supplied by Science Photo Library. © Science Photo Library

 

Photographic Print of Rosiglitazone diabetes drug molecule from Science Photo Library

10 x8 Print showing Rosiglitazone diabetes drug molecule. Rosiglitazone diabetes drug, molecular model. Atoms are represented as spheres and are colour- coded carbon (light blue), hydrogen (gold), oxygen (red), nitrogen (dark blue) and sulphur (yellow). Rosiglitazone, which is marketed under the name Avandia, belongs to a group of drugs known as thiazolidinediones that are used to treat type II diabetes. Rosiglitazone controls blood sugar

Product Features

  • PHOTOGRAPHIC PRINT This 10 x8 Print features an image of Rosiglitazone diabetes drug molecule chosen by Science Photo Library. Estimated image size 254x155mm.
  • High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used
  • For any queries regarding this image of Rosiglitazone diabetes drug molecule please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6275221
  • Image of Rosiglitazone diabetes drug molecule is supplied by Science Photo Library. © Dr Mark J. Winter/science Photo Library
  • Image Description: Rosiglitazone diabetes drug molecule. Rosiglitazone diabetes drug, molecular model. Atoms are represented as spheres and are colour- coded carbon (light blue), hydrogen (gold), oxygen (red), nitrogen (dark blue) and sulphur (yellow). Rosiglitazone, which is marketed under the name Avandia, belongs to a group of drugs known as thiazolidinediones that are used to treat type II diabetes. Rosiglitazone controls blood sugar levels by reducing the production and secretion of glucose

 

Photo Jigsaw Puzzle of Vildagliptin diabetes drug molecule from Science Photo Library

Photo Puzzle showing Vildagliptin diabetes drug molecule. Vildagliptin diabetes drug molecule, computer model. Vildagliptin, which is marketed as Galvus by Novartis, belongs to the dipeptidyl peptidase-4 (DPP-4) inhibitor class of drugs. It works to reduces hyperglycemia (high blood sugar) in type II diabetes, by inhibiting the inactivation of the hormones GLP-1 and GIP. This results in the secretion of insulin (the hormone that regulates

Product Features

  • PHOTO JIGSAW PUZZLE This Photo Puzzle features a cropped image of Vildagliptin diabetes drug molecule chosen by Science Photo Library. Estimated image size 356x254mm.
  • 10×14 Photo Puzzle with 252 pieces. Packed in black cardboard box of dimensions 5 5/8 x 7 5/8 x 1 1/5. Puzzle image 5×7 affixed to box top. Puzzle pieces printed on RA4 paper at 300 dpi
  • For any queries regarding this image of Vildagliptin diabetes drug molecule please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6275315
  • Image of Vildagliptin diabetes drug molecule is supplied by Science Photo Library. © Dr Tim Evans/science Photo Library
  • Image Description: Vildagliptin diabetes drug molecule. Vildagliptin diabetes drug molecule, computer model. Vildagliptin, which is marketed as Galvus by Novartis, belongs to the dipeptidyl peptidase-4 (DPP-4) inhibitor class of drugs. It works to reduces hyperglycemia (high blood sugar) in type II diabetes, by inhibiting the inactivation of the hormones GLP-1 and GIP. This results in the secretion of insulin (the hormone that regulates blood glucose levels) in the beta cells and the suppression

 

Photo Jigsaw Puzzle of Teenage girl self-injecting with insulin novopen from Science Photo Library

Photo Puzzle, Teenage girl self-injecting with insulin novopen. Insulin injection. Teenage girl sufferingfrom diabetes mellitus, gives herself aninsulin injection in the leg. The girl is usinga novopen to administer the insulin. The novopen is a pen- like device which meters outthe correct dose of insulin from portablecartridges. Insulin is a hormone made in thepancreas which helps convert blood sugar toenergy. Diabetes is a condition in

Product Features

  • This Photo Puzzle features a cropped image chosen by Science Photo Library. Estimated image size 356x254mm.
  • 10×14 Photo Puzzle with 252 pieces. Packed in black cardboard box of dimensions 5 5/8 x 7 5/8 x 1 1/5. Puzzle image 5×7 affixed to box top. Puzzle pieces printed on RA4 paper at 300 dpi
  • Image Description: Insulin injection. Teenage girl sufferingfrom diabetes mellitus, gives herself aninsulin injection in the leg. The girl is usinga novopen to administer the insulin. The novopen is a pen- like device which meters outthe correct dose of insulin from portablecartridges. Insulin is a hormone made in thepancreas which helps convert blood sugar toenergy. Diabetes is a condition in which toolittle insulin is made. The consequence of this isthat
  • For any queries regarding this item please contact Science Photo Library c/o Media Storehouse quoting Media Reference 1113190
  • © Saturn Stills/Science Photo Library

 

Photo Jigsaw Puzzle of Teenage girl self-injecting with insulin from Science Photo Library

Photo Puzzle, Teenage girl self-injecting with insulin. MODEL RELEASED. Insulin injection. Teenagegirl suffering from diabetes mellitus, givesherself an insulin injection in the leg. The girlis using a novopen to administer theinsulin. The novopen is a pen-like devicewhich meters out the correct dose of insulin fromportable cartridges. Insulin is a hormone made inthe pancreas which helps convert blood sugar toenergy. Diabetes is a condition

Product Features

  • This Photo Puzzle features an image chosen by Science Photo Library. Estimated image size 356x254mm.
  • 10×14 Photo Puzzle with 252 pieces. Packed in black cardboard box of dimensions 5 5/8 x 7 5/8 x 1 1/5. Puzzle image 5×7 affixed to box top. Puzzle pieces printed on RA4 paper at 300 dpi
  • Image Description: MODEL RELEASED. Insulin injection. Teenagegirl suffering from diabetes mellitus, givesherself an insulin injection in the leg. The girlis using a novopen to administer theinsulin. The novopen is a pen-like devicewhich meters out the correct dose of insulin fromportable cartridges. Insulin is a hormone made inthe pancreas which helps convert blood sugar toenergy. Diabetes is a condition in which toolittle insulin is made. The consequence
  • For any queries regarding this item please contact Science Photo Library c/o Media Storehouse quoting Media Reference 1113191
  • © Saturn Stills/Science Photo Library

 

Canvas Print of Diabetes mellitus, computer artwork from Science Photo Library

30 x20 Canvas Print, White Sides. showing Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood.

Product Features

  • CANVAS PRINT This 30 x20 Canvas Print features an image of Diabetes mellitus, computer artwork chosen by Science Photo Library. Estimated image size 762x508mm.
  • White Sides Photo printed on archival quality canvas. Laminated. Canvas print stretched and hand mounted over thick 1 3/8 inch wooden bars. No frame, Gallery art appearance. Ready to hang
  • Image Description: Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood.
  • For any queries regarding this image of Diabetes mellitus, computer artwork please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6422267
  • Image of Diabetes mellitus, computer artwork is supplied by Science Photo Library. © David Mack/science Photo Library

 

Framed Print of Diabetes mellitus, computer artwork from Science Photo Library

14 x11 Framed Print, Black Satin Frame Off-White Digital Mat. showing Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous

Product Features

  • FRAMED PRINT This 14 x11 Framed Print features an image of Diabetes mellitus, computer artwork chosen by Science Photo Library. Estimated image size 356x252mm.
  • Black Satin Frame Off-White Digital Mat 14 x11 wooden frame with digital mat and RA4 print. Finished back including brown backing paper, hanging bracket and corner bumpers
  • Image Description: Diabetes mellitus, computer artwork. Diabetes mellitus, computer artwork. Diabetes is caused by low levels of the hormone insulin and resistance to insulin by the body cells. Without insulin, the body cannot metabolise glucose as an energy source and the build up of glucose in the blood can be damaging. The progression from green to red seen here could illustrate dangerous levels glucose in the blood.
  • For any queries regarding this image of Diabetes mellitus, computer artwork please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6422267
  • Image of Diabetes mellitus, computer artwork is supplied by Science Photo Library. © David Mack/science Photo Library

 

Photo Mug of Genetic factors in diabetes from Science Photo Library

Photo Mug showing Genetic factors in diabetes. Genetic factors in diabetes. Conceptual computer artwork of an insulin molecule (background) and chromosomes (white), representing genetic factors in diabetes. Diabetes is a disease in which the body either fails to produce the protein hormone called insulin, or becomes resistant to its effects. Insulin, produced by the pancreas, is an important hormone that is needed to control the uptake of

Product Features

  • PHOTO MUG This Photo Mug features an image of Genetic factors in diabetes chosen by Science Photo Library. Estimated image size 107x80mm.
  • 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe
  • Image Description: Genetic factors in diabetes. Genetic factors in diabetes. Conceptual computer artwork of an insulin molecule (background) and chromosomes (white), representing genetic factors in diabetes. Diabetes is a disease in which the body either fails to produce the protein hormone called insulin, or becomes resistant to its effects. Insulin, produced by the pancreas, is an important hormone that is needed to control the uptake of the sugar glucose from the blood. Some genes
  • For any queries regarding this image of Genetic factors in diabetes please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6415906
  • Image of Genetic factors in diabetes is supplied by Science Photo Library. © Pasieka/science Photo Library

 

Photo Jigsaw Puzzle of Pioglitazone diabetes drug molecule from Science Photo Library

Photo Puzzle showing Pioglitazone diabetes drug molecule. Pioglitazone diabetes drug, molecular model. Atoms are represented as spheres and are colour-coded carbon (light blue), hydrogen (gold), oxygen (red), nitrogen (dark blue) and sulphur (yellow). Pioglitazone, which is marketed under the name Actos, belongs to a group of drugs known as thiazolidinediones that are used to treat type II diabetes. Pioglitazone controls blood sugar levels

Product Features

  • PHOTO JIGSAW PUZZLE This Photo Puzzle features a cropped image of Pioglitazone diabetes drug molecule chosen by Science Photo Library. Estimated image size 356x254mm.
  • 10×14 Photo Puzzle with 252 pieces. Packed in black cardboard box of dimensions 5 5/8 x 7 5/8 x 1 1/5. Puzzle image 5×7 affixed to box top. Puzzle pieces printed on RA4 paper at 300 dpi
  • Image Description: Pioglitazone diabetes drug molecule. Pioglitazone diabetes drug, molecular model. Atoms are represented as spheres and are colour-coded carbon (light blue), hydrogen (gold), oxygen (red), nitrogen (dark blue) and sulphur (yellow). Pioglitazone, which is marketed under the name Actos, belongs to a group of drugs known as thiazolidinediones that are used to treat type II diabetes. Pioglitazone controls blood sugar levels by reducing the production and secretion of glucose by
  • For any queries regarding this image of Pioglitazone diabetes drug molecule please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6275327
  • Image of Pioglitazone diabetes drug molecule is supplied by Science Photo Library. © Dr Mark J. Winter/science Photo Library

 

Photo Mug of Diabetic man drinking a glucose drink from Science Photo Library

Photo Mug showing Diabetic man drinking a glucose drink. Chosen by Science Photo Library. 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe. This item is shipped from our American lab.

Product Features

  • PHOTO MUG This Photo Mug features an image of Diabetic man drinking a glucose drink chosen by Science Photo Library. Estimated image size 120x80mm.
  • 11oz White ceramic coffee mug. Image printed using sublimation ink process. Microwave, dishwasher safe
  • For any queries regarding this image of Diabetic man drinking a glucose drink please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6407183
  • Image of Diabetic man drinking a glucose drink is supplied by Science Photo Library. © gerardbrown

 

Photographic Print of Stent to treat aortic aneurysm, CT scan from Science Photo Library

10 x8 Print showing Stent to treat aortic aneurysm, CT scan. Coloured computed tomography (CT) angiography scan of the chest in a 55 year old diabetic patient showing three stents (endoprostheses) fitted over the descending thoracic aorta to treat a dissecting aneurysm (bulging) of the aortic artery. Chosen by Science Photo Library. High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used. This item is

Product Features

  • PHOTOGRAPHIC PRINT This 10 x8 Print features an image of Stent to treat aortic aneurysm, CT scan chosen by Science Photo Library. Estimated image size 234x203mm.
  • High quality RA4 prints. Printed on Kodak Endura and Edge papers. Size refers to paper used
  • Image Description: Stent to treat aortic aneurysm, CT scan. Coloured computed tomography (CT) angiography scan of the chest in a 55 year old diabetic patient showing three stents (endoprostheses) fitted over the descending thoracic aorta to treat a dissecting aneurysm (bulging) of the aortic artery.
  • For any queries regarding this image of Stent to treat aortic aneurysm, CT scan please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6337188
  • Image of Stent to treat aortic aneurysm, CT scan is supplied by Science Photo Library. © Pdsn – Phototake

 

Framed Print of Diabetes in pregnancy from Science Photo Library

14 x11 Framed Print, Black Satin Frame Off-White Digital Mat. showing Diabetes in pregnancy. MODEL RELEASED. Diabetes in pregnancy. Pregnant woman using an insulin pen. She is eight months pregnant. Chosen by Science Photo Library. 14 x11 wooden frame with digital mat and RA4 print. Finished back including brown backing paper, hanging bracket and corner bumpers. This item is shipped from our American lab.

Product Features

  • FRAMED PRINT This 14 x11 Framed Print features an image of Diabetes in pregnancy chosen by Science Photo Library. Estimated image size 280x280mm.
  • Black Satin Frame Off-White Digital Mat 14 x11 wooden frame with digital mat and RA4 print. Finished back including brown backing paper, hanging bracket and corner bumpers
  • Image Description: Diabetes in pregnancy. MODEL RELEASED. Diabetes in pregnancy. Pregnant woman using an insulin pen. She is eight months pregnant.
  • For any queries regarding this image of Diabetes in pregnancy please contact Science Photo Library c/o Media Storehouse quoting Media Reference 6379953
  • Image of Diabetes in pregnancy is supplied by Science Photo Library. © Science Photo Library

 

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