Friday, November 14, 2008

Million Mark Diabetes Day

Diabetes activists worldwide organize events to draw attention to growing pandemic with the focus on diabetes in children and adolescents.

November 14 is the most important day of the year for the over 250 million people with diabetes worldwide. World Diabetes Day draws attention to the global diabetes epidemic and the need for action to improve care, prevent the disease in those at risk and find a cure. People on every continent, from countries as far apart as Australia and Uruguay, have organized activities to mark the day.

The International Diabetes Federation (IDF) and the World Health Organization (WHO) introduced World Diabetes Day more than 15 years ago in response to the worrying rise of diabetes around the world. Today the picture is even more alarming, with the total number of people living with diabetes now estimated at over 250 million. The figure will continue to grow without significant action and investment to reverse the trend. One of only a handful of health days officially recognized by the United Nations, World Diabetes Day is celebrated every year on 14 November—a date chosen to mark the birthday of Frederick Banting, who is widely credited with the discovery of insulin in 1921.

On World Diabetes Day, local, national and international events are organized to educate the public and inform policy-makers about the need to respond to the diabetes threat. Each year, the campaign centres on a theme established by the International Diabetes Federation. This year, the theme is diabetes in children and adolescents.

Diabetes in Children

Diabetes is one of the most common chronic diseases of childhood. It can strike children at any age, including pre-school children and even toddlers. Over 200 children a day develop type 1 diabetes, an autoimmune disease that cannot be prevented. Type 2 diabetes, widely associated with weight gain and lack of exercise, was previously thought to be an adult-only disease. Type 2 is now affecting an increasing number of children worldwide.

Diabetes in children is often diagnosed late or is misdiagnosed as something else such as the flu. One of the campaign goals for World Diabetes Day 2008 is to make the public aware of the most obvious warning signs of type 1 diabetes: frequent urination, rapid weight loss, lack of energy and extreme thirst. Those closest to the child – family members, school staff, the family doctor – need to know these signs.

The global campaign, led by the International Diabetes Federation, calls on diabetes advocates around the world to bring diabetes to light. Campaign Director Phil Riley explained: “We want people to draw attention to diabetes. We encourage them to do fun things that involve family, friends and colleagues. We need people with diabetes everywhere to know that they are connected to a global community.”

Bring diabetes to light.

On and around World diabetes Day, over 800 buildings and landmark sites will light in blue for diabetes. The buildings are all listed on the campaign website at www.worlddiabetesday.org/monuments and include the Pyramids in Egypt, Niagara Falls in Canada, the Tower of London in the UK, Christ the Redeemer in Brazil, the United Nations Headquarters in the United States, the Burj al Arab in the UAE, the Sagrada Familia in Spain and the Tokyo Tower in Japan. They are lighting in the blue colour of the diabetes circle, the global symbol of diabetes and logo of the World Diabetes Day campaign.

No child should die of diabetes.

Dr Martin Silink, President of the International Diabetes Federation, highlighted the serious impact of diabetes that underlies the campaign. “While we want people to enjoy the celebrations, we don’t want them to lose sight of the serious global impact of diabetes. The stark truth is that many, children included, are dying in the developing world because they cannot access the medication, monitoring and education they need to survive. It’s been 87 years since Banting, Macleod and the team in Toronto discovered insulin, yet it still does not reach many of the world’s most vulnerable citizens.”

The World Diabetes Day campaign can be followed online at www.worlddiabetesday.org.

Contributed by http://www.emaxhealth.com/1/23/26484/millions-mark-world-diabetes-day.html

Wednesday, November 12, 2008

Why Supplements? - The Human Cell

The cell is the basic structural and functional unit of the body. It is capable of obtaining energy and processing nutrients. It is the smallest part capable of the processes that define life, including reproduction, movement, respiration, digestion and excretion. However, not every cell has all these abilities.

How small is a cell? Believe it or not, you can actually fit about 40 cells in a row stretched across a period (full stop)! There are more than 200 types of specialized cells that populate the human body. Some cells develop with their own kinds to form a specific types of tissue and in some other cases, tissues are made of several different types of cells combined.

Cells come in many shapes and sizes, depending on their specialized functions within tissues. Some cells divide faster than others, for example, the epithelial (covering and lining) cells divide the fastest while the nerve cells is so slow that it is almost non-existent.

Examples of cell types:

  • Epithelial Cells
These cells form the skin, cover most organs and line hollow cavities. They divide rapidly to replace themselves because they are subjected to friction, compression and physical wear.



  • Photoreceptor Cell
A light-sensitive cell that shapes like a cone. It is found in the retina of the eye. They are activated by bright light and are responsible for color perception.



  • Red Blood Cell
The red cell is a bag of oxygen-carrying hemoglobin molecules.



  • Adipose (fats) Cell
These cells are bulky and crammed with fat lipids which store energy in case the diet cannot meet requirements.



  • Smooth Muscle Cell
These are large, elongated, spindle-like shaped muscle fibers cells. The shape allows for contraction by means of sliding strands of protein inside.



  • Nerve Cell
Each nerve cell consists of short extensions (called dentrites) to receive nerve signals and a long "wire" (axon) to send signals to other cells.



  • Sperm Cell
Each sperm has a head that carries the paternal set of genetic material, and a long whip-like tail which propels it towards the egg.



  • Ovum (egg) Cell
These giant cells contain the maternal complement of genetic material and energy resources for the first cell divisions that shape the early embryo.




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Why Supplements? - The Human Cell