Diabetes Affect Your Hair?

 

Diabetes is a chronic disease that can have a wide range of effect on a human body. In some, diabetes can affect hair thinning or hair loss. The primary effects of hair loss in persons with diabetes are unstable blood sugar levels, emotional and physical stress, and hormone imbalances. Hair loss can be a symptom of both type 1 and type 2 diabetes and is thought to have a few possible affects, including hormonal imbalances, poor circulation due to hyperglycemia, or an autoimmune disorder. Type 2 diabetes was mainly associated with an increased problem of severe central scalp hair loss in AA women. Patients with type 2 diabetes should be followed closely for central scalp hair loss so that appropriate treatment can be offered.

 Hair loss can often be reversed with medications and by getting blood sugar levels under control. Maintaining balanced blood sugar levels is the most important way to protect blood vessel health and reduce the risk of experiencing hair loss from damaged bloodvessels. This means eating a healthy diet, regular physical activity, and taking medication to control glucose if your doctor prescribes

Taking a biotin supplement drug or “vitamin B complex” vitamin will support to increase the rate of hair growth, but it won't necessarily address hair fall if the underlying cause is high blood sugars, anemia, or another autoimmune disease alike alopecia or hypothyroidism.

What is regenerative medicine?

 

Regenerative drugs seeks to switch tissue or organs that are broken by illness, trauma, or inherent problems, vs. the present clinical strategy that focuses totally on treating the symptoms. The tools wont to notice these outcomes area unit tissue engineering, cellular therapies, and medical devices and artificial organs.

When abraded or invaded by illness, our bodies have the innate response to heal and defend. What if it absolutely was attainable to harness the facility of the body to heal and so accelerate it in an exceedingly clinically relevant way? What if we tend to may facilitate the body heal better?

The promising field of Regenerative drugs is functioning to revive structure and performance of broken tissues and organs.

 

The concentrations within the field of regenerative drugs are:

1. Tissue Engineering and Biomaterials

Tissue engineering could be a strategy wherever biologically compatible scaffolds area unit constituted within the body at the positioning wherever new tissue is to be fashioned. countless patients are treated with some type of tissue designed devices, nonetheless the sector is in its infancy. the first success stories are with soft tissue regeneration. to be told a lot of concerning a number of the promising studies and clinical trials involving tissue engineering,

2. Cellular Therapies

Many countless adult stem cells area unit found in each human. Our body uses stem cells jointly method of repairing itself. Studies have illustrated that if adult stem cells area unit harvested and so injected at the positioning of unhealthy or broken tissue, reconstruction of the tissue is possible underneath the correct circumstances. Scientists and clinicians area unit developing and refinement their ability to arrange harvested stem cells to be injected into patients to repair unhealthy or broken tissue.

3. Medical Devices and Artificial Organs

In cases wherever associate organ fails, the predominant clinical strategy is to transplant a replacement organ from a donor. The principal challenges area unit the supply of donor organs, and therefore the demand that the donor take immunological disorder drugs—which have aspect effects. exploitation circulatory support as associate example, there area unit technologies in varied stages of maturity, at the start exploitation bodily cavity assist devices (VADs) as a bridge to a heart transplant, and currently there area unit VADs that area unit used for semipermanent circulatory support (destination therapy).

Scientists and clinicians round the world area unit developing and analysis devices to supplement or to switch the operate of the many organ systems together with the center, lung, liver and excretory organ.

To learn a lot of concerning a number of the promising studies and clinical trials involving medical devices and artificial organs

Is environment effect the healthcare?

 

From the quality of the air you breathe to the condition of the roads you drive on, environmentalfactors can have a major influence on your health. What’s more, these factors have evolved considerably over time, due to both natural and human-caused events.

A clean environment is essential for human health and well-being. At the same time, the local environment can also be a source of stressors - for example air pollution, noise, hazardous chemicals - that negatively affect health. The health of the country population is also adversely affected by climate change, through heat waves, floods and changes in the distribution of vector-borne diseases. At a broader level, climate change, loss of biodiversity, and land degradation can also impact on human well-being by threatening the delivery of ecosystem services, such as access to freshwater and food production.

The Following eight key environmental factors that affect health:

·         Chemical safety

·         Air pollution

·         Climate change and natural disasters

·         Diseases caused by microbes

·         Lack of access to health care

·         Infrastructure issues

·         Poor water quality

·         Global environmental issues

Maintaining a healthy environment is essential for helping people live longer and for enhancing their quality of life. Consider a sobering statistic from Healthy People, which notes that 23% of all deaths (and 26% of deaths among children ages 5 and younger) result from entirely preventable environmental health problems.

Air pollution is the single largest environmental health risk in Europe, and is associated with heart disease, stroke, lung disease and lung cancer. Exposure to air pollution is estimated to result in over 400 000 premature deaths in the countries each year. Exposure to hazardous chemicals is also a key concern. People can be exposed to a wide range of chemicals in their daily lives, via polluted air and water, consumer products and diet. The properties of certain hazardous chemicals cause them to persist in the environment and bio accumulate in the food chain, which means there will be a considerable time lag before reductions in emissions translate into reduced exposure. national and international level to build the knowledge base on the linkages between the environment, health and well-being. This includes work to explore how the environment contributes to human well-being, as well as work on exposure to and the health impacts of specific environmental stressors including air pollution, noise, chemicals and climate change. However, there are also emerging issues for which environmental pathways and effects on health remain poorly understood. These include issues such as anti-microbial resistance, or changes in human exposure to chemicals in products as we shift towards a circular economy and increase recycling.

Public health professionals are on the front lines of informing the public about the environmental factors that impact personal health, community well-being, and quality of life on a daily basis.

Through educational outreach and advocacy, they inspire individuals and communities to take actions that help safeguard their local environments, protect their families’ health, and support policies that promote environmental stewardship.

Is digitalization good for health care?

 

Digital health has the potential to stop malady and lower tending prices, whereas serving to patients monitor and manage chronic conditions. It can even tailor medication for individual patients. tending suppliers can also enjoy advances in digital health.

In AN business wherever keeping the patient's information and health records is incredibly necessary, we tend to additionally apprehend that it will increase the work. The digitizing of this sector and having electronic health records of all the info can lower the chance of losing the small print similarly because it can reduce the work.

 Benefits of Digital Health Systems

•          Responsive and property tending.
•          Prevention before treatment.
•         Re-modeling the patient-doctor relationship.
•          Expanding the reach of health-care professionals.
•          Leveling the platform.
•          Faster & a lot of correct Access to Patient Records. one among the foremost widespread uses of technology in tending is that the adoption of electronic health records (EHR).
•          Improved Access to worry. tending access is one among the most barriers to quality care.
•          Better medicine.

 In tending, however, widespread digital advancements square measure still insulating material behind different industries. The COVID-19 pandemic has accelerated amendment in several aspects, however a complete digital overhaul that might rework supplying for patients and suppliers remains a work-in-progress.

Digital transformation will mean AN improved patient expertise, reduced practice burnout, higher health outcomes and lower prices. So, what square measure the challenges several tending systems still face once taking over a digital health strategy? They embrace ability, Cyber security, privacy and difficult info.

Though the digital health pathway holds several guarantees, the challenges made public here shouldn't be thought of as roadblocks. Instead, they must be seen as road signs indicating potential road hazards that prompt tending systems to drive forward with caution and determination toward success.

What is the role of Technology in Healthcare?

 

One of the most important, and highly debated, elements of our society is the quality of healthcare available to patients. And, undeniably, a driving force behind quality healthcare is the adoption of technology that enables clinicians to provide better patient care. Healthcare is a sector where there is great scope for technological innovation. Due to its essential nature, the healthcare industry is only going to grow, and the demand for technological solutions to refine healthcare systems and processes is only going to expand. Technology’s role in healthcare has expanded exponentially over the last 20 years and figures to increase in conjunction with our societal technological advancements. Our ability to store, share and analyze health information is directly tied to improved technology. The use of technology increases provider capabilities and patient access while improving the quality of life for some patients and saving the lives of others In addition, new and exciting developments in fields like communications, data analysis, biotechnology, block chain etc., can help hospitals and doctors provide the best and most efficient solutions to patients.With the changes in health IT over the last two decades, and those yet to come, the question isn’t whether we should promote health IT throughout the nation.

 The following are the most used technology.

• Big Data Analysis:
• Efficient hospital staffing
• Error-proof medication
• Preventive care
• Wearable Medical Devices
• Virtual Reality Tech
• Blockchain
• Telehealth

Technology is all-pervasive and is helping address unique challenges in terms of accessibility, affordability and quality. Though at a nascent stage, the rate of adoption is rather fast and given the size of the healthcare sector, the resultant scale and impact can be immense.

Cashless will be the new norm in the next five years for many procedures. Digital payments and automated microfinance will fundamentally change the way we pay for care.

 As medical insurance penetration increases in India, there will be a need to create a national-level medical transaction clearinghouse, based on blockchain and AI, with cascading multi-level payments and settlements. This could be a game changer.

 The clearinghouse will offer real-time healthcare transaction processing services over the internet with a highly secured connection and state-of-the-art internet architecture that speeds up deployment and minimises costs associated with claims submission, claims tracking, clinical data exchange and follow-up.

Technology will definitely play an ever-increasing role in healthcare in this new digital age. From empowering people to ensure their fitness, protecting patients’ privacy and medical data, and helping hospitals make more efficient decisions vis a vis staffing and treatment, technological innovations can help doctors and patients in more ways than one.

What Is My Medical History?

 

Your medical history includes both your personal health history and your family health history. Your personal health history has details about any health problems you’ve ever had. A family health history has details about health problems your blood relatives have had during their lifetimes.

This information gives your doctor all kinds of important clues about what’s going on with your health, because many diseases run in families. The history also tells your doctor what health issues you may be at risk for in the future. If your doctor learns, for example, that both of your parents have heart disease, they may focus on your heart health when you’re much younger than other patients who don’t have a family history of heart disease. If it’s possible, every adult should know their family health history. You may or may not already know some information about conditions that affected different family members. Even if you think you do, double-check what you know. Find out even more about as many blood relatives as you can, and remember to include half-sisters and brothers.

You should not include people who are not blood relatives, such as:

•       Your spouse
•       Your adopted children or adoptive parents/siblings
•        Your stepchildren or step-siblings
•        Your relatives who married into the family

 Make sure to write down what you learn, in case you forget details over time. You’ll also be able to add to the information you already have.

 How Your History Keeps You Healthy:

Once you find out your medical history, you can make powerful choices for yourself. If you learn, for example, that heart disease runs in your family, you may decide to make lifestyle changes that could lower your risk, such as quitting smoking, losing weight, or getting more exercise.

 Your doctor may also use the information to give you screening tests, which might catch a disease, such as cancer, early. There are lots of ways your medical history can put you and your doctor in better control of your health.

 Conclusion:

Medical history is important because when GPs have more information about a patient’s medical history,  health professionals can deliver the most appropriate and effective treatment or support for their concerns. It can also help diagnose possible illnesses, understand hereditary and likely diseases in your family, as well as allergies, your past and current medication, and vaccination records.

WHERE DOES MEDICINE COME FROM?

 

Scientists and doctors have probably spent countless hours developing it. The task of getting a drug to your local pharmacy is complex, arduous, and frequently expensive.Pharmaceutical companies have established elaborate business models for the research, development, and production of molecules to treat diseases.

The first phase of drug development involves laboratory experiments to discover and refine the drug, and the second phase is to test the drug in clinical trials to evaluate the drug’s safety and efficacy in patients. Despite technological advances, there are fewer new medicines approved every year.

Phase 1:

The collection of test molecules can include both man-made molecules and natural products. Through the screening process, a molecule may show potential as a drug by binding to the target biomolecule (i.e., the key for the lock) or killing diseased cells.

Modern drug discovery typically involves a process called high-throughput screening, where thousands of molecules are tested at once for their efficacy against a certain drug target.

Phase Two:

Clinical trials are the stage of drug development where a drug’s effect on humans is tested. At this second phase, often billions of dollars have already been invested in a drug’s discovery and development; this huge investment is a major part of the inherent financial risk in drug development.

Fortunately, the federal government has recognized the urgency of the challenge facing drug discovery and created a new center for drug development at the National Institutes of Health. Drug discovery is a long, laborious process, and only time will tell whether the current strategies will be effective in producing viable remedies.