Bioinformatician Jobs at the National Institue of Health

National Institute of Health Sciences has announced A donor-funded research project requires bioinformatician on temporary basis number of post available or to age limit is 24 to 40 a toner Pandit research project to Retreat a highly skill bio information for analyzing Sequencing metagenomic state are the person will contribute to analysis the interpretation of large scale Sequencing and mix data sets to understand the diversity composition and function of microbial community essential qualification such as PhD in Bioinformatics or computational biology improving experience in sequence in data analysis strong background in microbiology Genetics and microbiology professional city in programming languages example Python and experience with Bioinformatics tool and database is required apply for these jobs you have to send application to the address given on the advertisement before 24 December 2024 all you can apply through the official website online only shortlisted candidates will be called for interview.

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Detail Of Bioinformatician Jobs at the National Institue of Health

Eligibility Criteria for Bioinformatician Jobs at the National Institue of Health

Posts Available In Bioinformatician Jobs at the National Institue of Health

• Bioinformatician

FAQs for Bioinformatician Jobs at NIH

1. What is the job role?
   To analyze and interpret large-scale sequencing and metagenomic data.
2. How many positions are available?
   Two positions.
3. What is the age limit?
   24 to 40 years.
4. What qualifications are required?
   A Ph.D. in Bioinformatics or Computational Biology with experience in data analysis and programming (e.g., Python).
5. How to apply?
   Submit your application via the NIH website or the address provided in the advertisement before December 24, 2024. Only shortlisted candidates will be contacted.

How to Apply for Bioinformatician Jobs at the National Institue of Health

A qualification such as PhD in Bioinformatics or computational biology improving experience in sequence in data analysis, a strong background in microbiology Genetics and microbiology professional city in programming languages example Python, and experience with Bioinformatics tool and databases is required to apply for these jobs you have to send the application to the address given on the advertisement before 24 December 2024 all you can use through the official website online only shortlisted candidates will be called for interview.

To apply online for this job you have to visit the National Institute of Health’s official website you can navigate to the career section and find the desired job after reading the job description on their website Log in to your account as shown in the screenshot. Then you can fill out and submit your application form

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About National Institue of Health

The National Institute of Health (NIH), Pakistan, is one of the country’s leading public health and biomedical research institutions. Based in Islamabad, the NIH serves as a key agency for promoting health and managing diseases in Pakistan. It plays a pivotal role in disease surveillance, diagnostic services, vaccine production, and public health education, making it an indispensable part of the country’s healthcare infrastructure.

Establishment and Background

The NIH, Pakistan, was established in 1965 under the Ministry of National Health Services, Regulations & Coordination (NHSRC). The institute was founded with a mission to strengthen the public health system by addressing health-related challenges through research, innovation, and service delivery. Over the decades, NIH has grown to become a central hub for public health research and epidemic control in Pakistan.

Mission and Vision

• Mission: To improve the health of the population by advancing knowledge through biomedical research, delivering quality diagnostic services, and supporting disease prevention and control.
• Vision: To become a center of excellence in public health, ensuring a disease-free Pakistan through innovation and collaboration.

Organizational Structure

The NIH is divided into several departments and divisions, each specializing in a unique aspect of public health. The major divisions include:

1. Division of Public Health Laboratories (PHLD):

This division provides diagnostic services and research support for infectious and non-infectious diseases. Key functions include:

• Diagnostic testing for diseases like dengue, malaria, COVID-19, and hepatitis.
• Providing confirmatory diagnostics during disease outbreaks.

2. Division of Biological Production (BP):

This division focuses on the manufacturing of vaccines, serums, and other biological products. Major achievements include:

• Production of vaccines for tetanus, anti-rabies serum, and anti-snake venom serum.
• Development of diagnostic kits for diseases like hepatitis.

3. Field Epidemiology and Disease Surveillance Division (FEDSD):

This division handles disease surveillance, outbreak investigation, and field epidemiology. Key initiatives include:

• Monitoring disease trends through Disease Early Warning System (DEWS).
• Supporting the Integrated Disease Surveillance and Response (IDSR) system.

4. Division of Nutrition:

Responsible for nutritional research and policymaking, this division focuses on:

• Addressing malnutrition through national surveys and community interventions.
• Promoting food fortification programs to combat deficiencies like iodine and iron.

5. Division of Health Education and Promotion:

This division runs awareness campaigns on disease prevention, hygiene, and lifestyle changes to reduce the burden of communicable and non-communicable diseases.

Key Functions and Services

The NIH performs a wide array of functions critical to Pakistan’s public health infrastructure:

1. Disease Surveillance and Outbreak Management:

The NIH is the frontline agency for tracking infectious diseases and managing epidemics. It collaborates with both local and international organizations, including:

• World Health Organization (WHO): For technical support and capacity building.
• Centers for Disease Control and Prevention (CDC): For training in field epidemiology.

2. Vaccine Production:

The NIH is a major vaccine producer in Pakistan, providing critical immunizations for diseases such as:

• Polio
• Measles
• Tetanus The institute supports Pakistan’s Expanded Program on Immunization (EPI) by producing and supplying vaccines nationwide.

3. Diagnostic and Laboratory Services:

The NIH provides state-of-the-art diagnostic facilities for both infectious and non-infectious diseases, ensuring timely and accurate results for clinicians and researchers.

4. Research and Development:

NIH engages in biomedical research to study the epidemiology of diseases prevalent in Pakistan, such as:

• Tuberculosis
• Hepatitis
• Typhoid Research outputs are used to guide national health policies and interventions.

5. Capacity Building and Training:

The NIH provides specialized training for healthcare professionals in:

• Laboratory diagnostics
• Epidemiology and surveillance
• Public health management

6. Policy Development:

NIH contributes to national health policies, providing evidence-based recommendations for disease prevention and healthcare improvement.

Achievements

1. COVID-19 Response:
   • Played a central role in managing Pakistan’s COVID-19 response by:
     • Establishing testing facilities across the country.
     • Coordinating with international agencies for vaccine rollout.
     • Conducting genomic sequencing to monitor virus variants.
2. Vaccine Independence:
   • NIH has made strides in reducing Pakistan’s reliance on imported vaccines, particularly through the local production of polio and tetanus vaccines.
3. Disease Surveillance Expansion:
   • The institute expanded its surveillance network to include zoonotic diseases, strengthening the One Health approach.
4. Global Recognition:
   • Recognized by international health bodies for its contributions to public health and pandemic preparedness.

Challenges

Despite its significant contributions, the NIH faces several challenges:

1. Resource Constraints:
   • Limited funding affects the expansion of services and modernization of facilities.
2. Skilled Workforce Shortage:
   • Insufficient numbers of trained professionals in public health, epidemiology, and virology.
3. Inadequate Infrastructure:
   • Many diagnostic labs require upgrades to handle high-volume testing and advanced research.
4. Disease Burden:
   • Managing Pakistan’s dual burden of communicable and non-communicable diseases is a persistent challenge.

Future Goals

1. Enhancing Vaccine Production:
   • Expand the production capacity for vaccines, including new-generation vaccines like mRNA-based products.
2. Strengthening Disease Surveillance:
   • Integrate artificial intelligence and digital tools into the surveillance system.
3. Promoting Public-Private Partnerships:
   • Collaborate with private sector organizations to address funding gaps and boost research innovation.
4. International Collaboration:
   • Strengthen ties with global health organizations to improve research, funding, and capacity-building efforts.

Tayab Aftab

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