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Three AIIMS for Maharashtra, West Bengal and Andhra Pradesh approved

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credit: www..wallerhealthcareblog.com

New Delhi: The union cabinet on Wednesday approved the setting up of three new All India Institutes of Medical Sciences (AIIMS) in as many states.

The new AIIMS would be set up at Nagpur in Maharashtra, Manglagiri in Andhra Pradesh and Kalyani in West Bengal under the Pradhan Mantri Swasthya Suraksha Yojana (PMSSY), which involves financial implications of Rs 4,949 crore.

The cabinet meeting was chaired by Prime Minister Narendra Modi.

“The proposed institutions shall have hospitals with a capacity of 960 beds. In addition, there shall be teaching, administrative and AYUSH blocks, auditoriums, nursing colleges, night shelters, hostels and residential facilities,” said an official statement.

While the new AIIMS at Manglagiri will cost Rs 1,618 crore, that at Nagpur will cost Rs 1,577 crore and at Kalyani Rs 1,754 crore.

The three new AIIMS would address regional imbalances in the availability of affordable and reliable tertiary health care services in these regions.

“These will augment quality medical education and also address shortfall of health care professionals in these regions. Large populations of Andhra Pradesh, Maharashtra (Vidarbha) and West Bengal along with people in adjoining states will benefit from the projects,” said the statement.

(IANS)

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WHO Releases New Guidelines to Fight Global Childhood Obesity

India ranks second in the number of obese children in the world with China taking the first spot

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OBESITY
Obesity exposes an individual to multiple health problems. VOA

New Delhi, October 12, 2017:  In 2016, an Official data in had revealed that over 41 million children below the age of 5 were affected by obesity. Without due attention and efficient treatment, they are likely to remain obese throughout their lives, with an increased risk of developing a host of diseases and physical and psychological consequences like anxiety, low self-esteem, depression, diabetes, cardiovascular diseases and even premature death.

In view of an escalating number of people constantly coming under the ambush of obesity, and with childhood obesity becoming a cause of worry globally, the World Health Organization (WHO) released new guidelines on October 4, emphasizing the growing importance of healthcare experts and professionals, underlining their positive role in helping kids and teenagers fight the global menace.

What is Obesity?

Obesity is defined as ‘excess adipose tissue’. In other words, it is a body-weight disorder involving excessive body fat that exposes an individual to multiple health problems.  In case a person’s body-weight is nearly 20 per cent higher than it should be, he is considered obese.

obesity
Excessive body fat that exposes an individual to multiple health problems. Pixabay

There are different ways to calculate excess adipose tissue, the most common one being the Body Mass Index.

Index :

Overweight – BMI greater than or equal to 25

Obesity – BMI greater than or equal to 30

Global Data

According to data obtained by WHO, one half of all overweight children or obese children lived in Asia, and one-quarter of the total obese children lived in Africa.

According to a study published in The New England Journal of Medicine in June, India ranks second in the number of obese children in the world with China taking the first spot.

The global menace continues to rise rapidly in low and middle-income countries.

Also Read: Obesity leads to 13 types of Cancer, including that of Pancreas and Esophagus: Study

WHO Guidelines

The new report released by WHO on October 4 is titled ‘Assessing and Managing Children at Primary Healthcare Facilities to Prevent Overweight and Obesity in the Context of the Double Burden of Malnutrition’.

The report provides guidelines and updates for the Integrated Management of Childhood Illness (IMCI). The guidelines attempt to confine the spread of childhood obesity from expanding further, and prescribe undertaking proper assessment of dietary habits along with weight and height measurements. It also recommends dieting and proper counseling by healthcare experts.

Recommendations by WHO

  • WHO has recommended that primary healthcare facilities should be made available to all children below the age of 5 years and infants. These should include measurement of both weight and height of the children to determine their weight-for height and nutritional status as previously defined by WHO child growth standards.
  • For children and infants identified as overweight, healthcare experts should provide counseling to parents and caregivers on nutrition and physical activity, which includes creating awareness about healthy practices like exclusive breastfeeding in the first six months and continuing the practice until 2 years or more.
  • WHO also prescribes that an appropriate management plan should be devised to counter the menace in obese children. This can be developed by a trained health worker at primary healthcare facilities, or local hospitals.

Healthy Eating Tips to Fight Obesity

Here are a few healthy eating tips that will not only help you maintain a healthy weight but will also prove be be beneficial for your metabolism, physical strength and general well-being,

  • Refrain from unnecessary indulgences or random snacking and encourage healthy snacking choices like popcorns, yogurt, fruits, etc.
  • Reduce your sugar intake to less than 10 per cent of the total calories for an individual with normal weight.
obesity
Obese and binge eating junk food? Red Flag! Pixabay
  • Consume a gracious serving of seasonal vegetables and fruits everyday that are rich in soluble and insoluble fibres, antioxidants, vitamins and minerals.
  • Make healthy food selections- include whole grain products, avoid excessive use of oil and salt and refrain from processed or packaged food.
  • A balanced diet must be complimented with regular exercise to counter unnecessary weight gain

– prepared by Soha Kala of NewsGram. Twitter @SohaKala

 

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India Progressing Better than US, China in Digital Healthcare

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Digital Healthcare
Digital Healthcare in India. Pixabay

New Delhi, Sep 22, 2017: India has progressed better than US and China in terms of its specialist doctors adopting digital modes to interact with patients and prescribe medicines, a study revealed on Friday.

According to the study, gap in US between the face-to-face medicines and medical representatives triggered mails narrowed down from 15 per cent in 2015 to 12 per cent in 2017. The study stated that digital channels are slowly but surely gaining ground over traditional ones. This year, the gap further narrowed to around 12 per cent.

 “India witnessed the narrowing of the gap between face-to-face tablet and medical representatives triggered mail from 34 per cent in 2015 to 8 per cent in 2017,” said the study conducted by Indegene — a company offering research and development solutions to healthcare and pharmaceutical enterprises.

The highest number of specialist who have adopted digital platform to deal with patients are Cardiologists, General Surgeons, Pulmonologists, Endocrinologists, and Oncologists.

(IANS)

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Just in! Like Computer Software, Scientists can now Programme Cells in your Body to Fight Diseases!

Scientists found that RNA which is produced abundantly by humans, plants and animals can be genetically engineered to allow scientists to programme cells with specific commands

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Programme cells
Scientists have found that cells can be programmed with pre-defined RNA commands, in the manner of a computer's microprocessor VOA

London, September 19, 2017 : A new technique can help programme cells like a computer to fight cancer, influenza, and other serious conditions, suggests new research.

A common molecule — ribonucleic acid (RNA), which is produced abundantly by humans, plants and animals — can be genetically engineered to allow scientists to programme cells, said the study published in the journal Nucleic Acids Research.

RNAs carry information between protein and DNA in cells, and the research proved that these molecules can be produced and organised into tailor-made sequences of commands — similar to codes for computer software — which feed specific instructions into cells, programming them to do what we want.

ALSO READ SAME CONDITION: A Health Initiative to Build a Patient-to-Patient Network Worldwide

Cells have the capacity to process and respond to instructions and codes inputted into their main system, said lead researcher Alfonso Jaramillo, Professor at University of Warwick in Britain.

Similar to software running on a computer, or apps on a mobile device, many different RNA sequences could be created to empower cells with a ‘Virtual Machine’, able to interpret a universal RNA language, and to perform specific actions to address different diseases or problems, the study said.

This will allow a novel type of personalised and efficient healthcare, allowing us to ‘download’ a sequence of actions into cells, instructing them to execute complex decisions encoded in the RNA.

The researchers made their invention by first modelling all possible RNA sequence interactions on a computer, and then constructing the DNA encoding the optimal RNA designs, to be validated on bacteria cells in the laboratory.

After inducing the bacterial cells to produce the genetically engineered RNA sequences, the researchers observed that they had altered the gene expression of the cells according to the RNA programme — demonstrating that cells can be programmed with pre-defined RNA commands, in the manner of a computer’s microprocessor.

ALSO READ Zika Virus Fight: FDA Plans To Exterminate Disease With Genetically Modified Mosquitoes

“The capabilities of RNA molecules to interact in a predictable manner, and with alternative conformations, has allowed us to engineer networks of molecular switches that could be made to process arbitrary orders encoded in RNA,” Jaramillo said.

As well as fighting disease and injury in humans, scientists could harness this technique to control plant cells and reverse environmental and agricultural issues, making plants more resilient to disease and pests.

“Throughout last year, my group has been developing methodologies to enable RNA sensing the environment, perform arithmetic computations and control gene expression without relying on proteins, which makes the system universal across all living kingdoms,” Jaramillo said.

“The cells could read the RNA ‘software’ to perform the encoded tasks, which could make the cells detect abnormal states, infections, or trigger developmental programmes,” he added.  (IANS)