The Institute of Certified Public Researchers of Bangladesh- ICPRB

09/10/2025

In a major medical discovery, scientists have identified a specific protein that appears to protect the body against heart disease, one of the leading causes of death worldwide. This protein plays a crucial role in regulating cholesterol and inflammation, two key factors that drive cardiovascular problems. By understanding how it works, researchers hope to unlock new strategies for preventing and treating heart disease more effectively.

The breakthrough came after years of studying how certain individuals remain resistant to heart conditions despite having known risk factors. Researchers found that this protective protein helps maintain healthier blood vessels, reduces plaque buildup, and supports overall heart function. Unlike current treatments that mainly manage symptoms, targeting this protein could lead to therapies that directly address the root cause of cardiovascular damage.

Experts believe this discovery could revolutionise preventive medicine. If scientists can harness or boost the activity of this natural defence system, it may provide a powerful new way to lower the risk of heart disease without relying solely on drugs like statins.

While more research and clinical trials are needed, this finding represents a huge step forward in cardiovascular science. It shows that the human body already carries built-in defences, and unlocking their potential could save millions of lives in the future.

09/10/2025

Scientists have discovered a striking shift in how the body maintains itself after the age of 70. Research shows that only a small number of mutated stem cells begin to dominate the production of b , a process that was once distributed among many healthy stem cells earlier in life. This change contributes to ageing-related complications and increases the risk of diseases such as cancer, anaemia, and weakened immunity.

Stem cells are vital because they replenish b cells, including those that carry oxygen and defend against infection. However, when a handful of mutated stem cells take over, the diversity and resilience of the b system decline. Over time, this imbalance makes the body more vulnerable to illness, fatigue, and slower recovery from injuries.

Experts believe that this discovery explains why ageing accelerates after a certain point and why elderly individuals face a higher risk of chronic health conditions. Understanding how and why these stem cells gain dominance could open the door to therapies that slow or even reverse age-related decline.

This breakthrough provides a new perspective on ageing, shifting focus from external symptoms to the hidden processes happening deep within our b . By targeting these cellular changes, science may one day extend not just lifespan but healthspan, allowing people to live longer, healthier lives.

09/10/2025

A breakthrough in reproductive medicine may soon change the landscape of male contraception. Scientists have developed a new male contraceptive dr that has shown promising results in mice, effectively preventing fertility without causing lasting side effects. This innovation could provide men with a safe, reversible, and convenient alternative to existing contraceptive methods.

The dr works by temporarily suppressing s***m production while leaving hormone levels and overall health unaffected. Early studies demonstrate that fertility returns quickly once the dr is discontinued, making it a reversible solution that could empower men with greater control over family planning. Unlike traditional methods such as condoms or vasectomy, this approach offers a non-invasive and long-term option for contraception.

Researchers caution that while results in mice are encouraging, human trials are necessary to ensure safety and effectiveness. However, the discovery represents a major step toward equitable responsibility in contraception, giving men a role beyond traditional methods and expanding choices for couples worldwide.

If successful in humans, this dr could redefine male reproductive health, reduce unplanned pregnancies, and pave the way for new, science-driven solutions in family planning.

09/10/2025

In a groundbreaking study, scientists have successfully used CRISPR gene editing to disable a liver gene responsible for raising bad cholesterol in the body. This innovative approach could offer a revolutionary way to combat high cholesterol and reduce the risk of heart disease, one of the leading causes of death worldwide.

The gene targeted by CRISPR plays a key role in regulating levels of low-density lipoprotein (LDL), commonly known as bad cholesterol. By turning off this gene, researchers were able to lower LDL levels dramatically in preclinical studies, without affecting other vital liver functions. This precise intervention could potentially replace lifelong cholesterol-lowering medications for some patients.

Experts say the technique demonstrates the growing potential of CRISPR as a tool for preventive medicine. Unlike traditional treatments that manage symptoms, this method tackles the problem at its genetic root, offering the promise of long-lasting cardiovascular protection.

While human trials are still needed to confirm safety and effectiveness, the discovery marks a major step forward in personalised medicine and gene therapy. It represents a future where heart disease could be prevented not just by diet and drugs, but by directly modifying the body’s genetic blueprint.

09/10/2025

Heart disease is a leading cause of death worldwide, and early detection can save lives. Certain symptoms, often overlooked, can indicate that the heart is under stress. Chest pain or tightness, shortness of breath, and swelling in the legs or ankles are among the most common early warning signs. Recognising these symptoms promptly allows for timely medical intervention, potentially preventing more serious complications such as heart attacks or heart failure.

Other subtle signs may include fatigue, dizziness, or irregular heartbeat. These symptoms occur because the heart struggles to pump blood effectively, causing fluid buildup and reduced oxygen flow to vital organs. Paying attention to these early indicators, even if mild or intermittent, is crucial, especially for individuals with risk factors such as high blood pressure, diabetes, obesity, or a family history of heart disease.

Lifestyle changes, regular checkups, and medical guidance can help manage risks and protect heart health. If you notice any of these warning signs, it’s important to consult a healthcare professional immediately. Awareness and early action remain the most effective tools for combating heart disease.

20/01/2025

Admission as Associate Member is free upto 28 Feb 2025

Apply Online (Admission as Associate Member is free upto 28 Feb 2025) The membership holds a prestigious designation to identify the respected researchers world wide. Be a Certified Public Researcher. Membership is offered on a calendar year basis (1 January-31 December). Applications received

30/12/2024

https://sites.google.com/view/icprb/become-a-member?authuser=0

The membership holds a prestigious designation to identify the respected researchers world wide. Be a Certified Public Researcher. Membership are offered on a calendar year basis (1 January-31 December). Applications received from 1st November will be effective as of 1st January of the following

09/12/2024

We have received the membership from REFFAD, Jordan for study and research permitted by law of Jordan.

Thanks to our Honorable Chairman, Mr. SyedSaiful Islam Itp Fmc

29/11/2024

Admission as Associate Member is free Upto 31st Dec 2024.

The membership holds a prestigious designation to identify the respected researchers world wide.

Memberships:
Designation: ACPR, FCPR, SFCPR
Associate Certified Public Researcher (ACPR) : For early-career researchers or those who are not yet established in their field.
Fellow Certified Public Researcher (FCPR) : For experienced and established researchers.
Senior Fellow Certified Public Researcher (SFCPR) : For highly experienced researchers who have made significant contributions to their field/extra ordinary contribution in the invention.

Apply online:

The membership holds a prestigious designation to identify the respected researchers world wide. Membership are offered on a calendar year basis (1 January-31 December). Applications received from 1st November will be effective as of 1st January of the following year. Memberships: Designation:

18/11/2024

The membership holds a prestigious designation to identify the respected researchers world wide.

Memberships:

Associate Certified Public Researcher (ACPR) : For early-career researchers or those who are not yet established in their field.

Fellow Certified Public Researcher (FCPR) : For experienced and established researchers.

Senior Fellow Certified Public Researcher (SFCPR) : For highly experienced researchers who have made significant contributions to their field like Nobel Prize for his extra ordinary contribution in the invention.

Regular Annual Membership fee:

Associate Tk. 3000

Fellow Tk. 4000

Senior Fellow Tk. 5000

The membership holds a prestigious designation to identify the respected researchers world wide.

04/11/2024

Looking for research and analysis from certified public researchers (CPR) or global scientists? We will preserve and publish your work on our website. Topic: The dangers of bats to human life and their role in carrying viruses.

German Translation:
Wir suchen nach Forschung und Analysen von Certified Public Researchers (CPR) oder globalen Wissenschaftlern. Wir werden Ihre Arbeit auf unserer Website bewahren und veröffentlichen. Thema: Die Gefahren von Fledermäusen für das menschliche Leben und ihre Rolle als Virusträger.

Bangla Translation:
সার্টিফাইড পাবলিক রিসার্চার (CPR) বা বৈশ্বিক বিজ্ঞানীদের কাছ থেকে গবেষণা ও বিশ্লেষণ খুঁজছি। আমরা আমাদের ওয়েবসাইটে আপনার কাজ সংরক্ষণ ও প্রকাশ করব। বিষয়: মানুষের জীবনের জন্য বাদুড়ের বিপদ এবং ভাইরাস বহনে তাদের ভূমিকা।

Please send your PDF file to Email: [email protected]
https://sites.google.com/view/icprb

THE INSTITUTE OF CERTIFIED PUBLIC RESEARCHERS OF BANGLADESH

23/10/2024

DAAD Scholarship 2025

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Scholarships
Germany Residential Fellowship 2025 at Center for Advanced Internet Studies (CAIS).

Are you a researcher or practitioner delving into the social, political, or cultural impacts of digitalization? The Center for Advanced Internet Studies (CAIS) in Bochum, Germany, is now accepting applications for its prestigious Residential Fellowships for the upcoming year. This unique opportunity offers scholars and experts the chance to advance their projects in an interdisciplinary research community, focusing on the broad effects of digital transformation.