Aswan Research Group

An epidemiologic blind spot refers to areas or populations overlooked by health surveillance and research, leading to inadequate data, interventions, and health outcomes, such as neglected diseases (rickettsiosis), understudied populations (some African communities for cardiovascular disease), or gaps in care pathways (transitions between hospitals and home)

استطاع باحثون من تخليق موردٌ مُختارٌ بعنايةٍ من قِبل خبراء، يجمع العوامل المضادة للفيروسات المُعتمدة والتجريبية، ذات النشاط المُؤكَّد مختبريًا في المختبر ضد مجموعةٍ واسعةٍ من الفيروسات البشرية.
حيث لا تزال قاعدة بيانات مفتوحة المصدر مخصصةً تحديدًا لهذه العوامل غير متوفرة رغم تسبب الأمراض الفيروسية المعدية في ملايين الوفيات حول العالم. وتُعدّ العوامل المضادة للفيروسات أساسيةً للسيطرة على هذه العدوى
https://www.antiviraldb.com/ #/home
🔗

Antibiotic resistance is a major health concern globally and has been estimated to cause 10 million deaths worldwide by year 2050 if the current trend of inappropriate and excessive use of antibiotics continues.

Antimicrobial resistance: Prevalence, economic burden, mechanisms of resistance and strategies to overcome Antibiotic resistance is a major health concern globally and has been estimated to cause 10 million deaths worldwide by year 2050 if the current trend…

Synergy saves energy

Common Mistakes Made by Beginner Researchers :

After selecting a topic, most researchers start by reviewing recent papers in their field. However, there are several common mistakes that beginners should avoid⤵️

[1] Plagiarism (copying text directly).
↪ One of the biggest mistakes is copying text word-for-word from published articles.
↪ Instead, you should paraphrase and properly cite your sources to maintain academic integrity.

[2] Relying blindly on AI-generated sources.
↪While AI tools can be helpful, they often provide references that don’t actually exist.
↪Submitting a paper with fake or unverifiable sources is a serious error that can harm your credibility.

[3] Choosing the wrong journal.
↪ Every journal has a specific scope and target audience.
↪Submitting your work to an unsuitable journal greatly reduces your chances of acceptance.
↪Careful journal selection can significantly improve the likelihood of publication.
By avoiding these mistakes, you can increase your chances of success and move forward more confidently in your research journey.

🔗

The First Question Every New Researcher Faces:

How can I choose my research topic❓

⚪ At first, the answer may seem simple, but in reality, the scope is broad.
⏩ Today, we will share some tips to help you narrow it down and select a topic that is both manageable and meaningful.

[1] Start with real problems around you.
↪One of the main purposes of research is to solve problems, so try to choose a topic that reflects the challenges you encounter in your field of interest.
↪ For example, if you are a veterinarian interested in Equine, your topic could focus on a common management issue or a particular disease.

[2] Read extensively.
↪ Regularly reading recent scientific articles will expand your perspective and inspire new ideas.
↪ This habit helps you identify gaps in the literature that you can address in your own research.

[3] Seek guidance from your professors or mentors.
↪ They usually have more experience and a broader view of the field.
↪Their advice can help you refine your ideas and avoid common mistakes.
By following these steps, you can move from feeling overwhelmed to finding a research topic that truly matters and that you can realistically pursue.

🔗

A Common Question for Anyone Interested in Scientific Research:

How can I keep up with the latest scientific papers?

Here are some practical tips that help you easily stay updated with new research:
[1] Use scientific databases regularly, such as Google Scholar and PubMed.
↪ Enter specific keywords related to your field of interest.
↪ Apply filters (by year) to focus only on the most recent studies.

[2] Check open-access journals.
↪ These journals allow you to read full articles even if you don’t have institutional access.

[3] Follow researchers in your field.
↪ Many actively share their latest work and publications on platforms like LinkedIn and ResearchGate.
By combining these strategies, you’ll always be connected to the newest developments in your field of research.
🔗

Top 2% Scientists:

Each year, Stanford University, in collaboration with Elsevier, evaluates the performance of scientists across all disciplines using standardized metrics such as citation counts and the h-index.
This global assessment identifies the top 2% of scientists worldwide in terms of research impact within their respective fields.
The data is extracted annually from the Scopus database of peer-reviewed publications. Egypt has secured a remarkable share in this prestigious ranking, with scholars representing leading universities and research institutions, including the National Research Centre, Cairo University, Benha University, and others.
Notably, the leader of this outstanding group was also recognized among the top 2% of scientists for two consecutive years, in 2024 and 2025—an achievement that underscores both individual excellence and the growing global impact of Egyptian research.
This recognition not only celebrates the brilliance of Egyptian scientists but also serves as a source of national pride, highlighting Egypt’s rising role on the global scientific stage.

🔗
%scientists

Wet labs and dry labs are distinct laboratory environments. Wet labs focus on experiments involving physical manipulation of liquids, chemicals, and biological matter, while dry labs emphasize computational and theoretical work, often involving computer simulations and data analysis.
Wet Labs:
Definition:
Wet labs are designed for experiments that require handling physical samples, liquids, and biological materials.
Key Features:
They typically include specialized equipment like fume hoods, glassware, and benches for working with chemicals and biological substances.
Examples:
Chemistry, biology, pharmaceutical research, and other fields where experimentation with liquids and chemicals is essential.
Safety:
Strict safety measures are crucial due to the presence of hazardous materials, including proper ventilation, personal protective equipment (PPE), and waste disposal protocols.
Experimental Control:
Wet labs allow for control over environmental factors like temperature and humidity.
Dry Labs:
Definition:
Dry labs focus on computational and theoretical work, often involving simulations and data analysis.
Key Features:
They typically feature computer clusters, high-performance computing resources, and collaborative workspaces.
Examples:
Physics, computer science, engineering, and other fields where research is primarily conducted using computers.
Safety:
Primarily involves data security and computational safety, with less emphasis on physical safety measures.
Experimental Control:
Dry labs allow for the manipulation of variables within computational models and simulations.
In essence, Wet labs are for hands-on experiments, while dry labs are for computer-based research and analysis. The choice between them depends on the nature of the research and the specific needs of the project.
🔗

🔬 Public Health Facts You Should Know:

• "60% of all human infectious diseases originate from animals."
→ This includes diseases like rabies, brucellosis, and avian influenza.
(Source: WHO)

• "Handwashing with soap can reduce diarrheal disease risk by up to 47%."
→ One of the simplest and most cost-effective public health interventions.
(Source: CDC)

• "Air pollution kills 7 million people worldwide every year."
→ It’s a silent killer, contributing to heart disease, stroke, and cancer.
(Source: WHO)

• "Vaccination prevents 3.5 to 5 million deaths per year."
→ Vaccines are one of public health’s greatest success stories.
(Source: WHO)


🔗

🧬 "Cultural traditions can sometimes pose serious public health risks:

A recent study highlights the traditional practice of drinking fresh yak blood in Nepal — a ritual believed to offer health benefits — as a potential route for the transmission of deadly zoonotic diseases. Pathogens like Brucella spp., Mycobacterium tuberculosis, and Bacillus anthracis have been documented in yaks and may spread to humans through unprocessed blood.
With 75% of emerging diseases being zoonotic in origin, the study emphasizes the urgent need for a One Health approach to safeguard both cultural identity and public health."

📚 Source: https://www.nature.com/articles/s43856-025-00763-4
🔗