IM group Researchers Profiles and Collaborations
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Aim and Objective of the Page
The aim of this page is to create a platform where researchers from various institutions and backgrounds can showcase their profiles, research interests, and expertise, facilitating global collaborations and opportunities.
Objectives:
1. Facilitate International Collaborations: By making researcher profiles visible worldwide, the page enables potential collaborators to find and contact researchers with shared interests.
2. Provide a Platform for PhD Opportunities: Researchers can indicate their availability for PhD supervision or positions, allowing potential students to find suitable supervisors.
3. Enable Networking and Knowledge Sharing: By including links to Google Scholar or ResearchGate profiles, researchers can share their work and collaborate with others in their field.
4. Promote Research Visibility: By showcasing researcher profiles, publications, and collaborative articles, the page increases the visibility of researchers’ work and fosters a sense of community.
Key Features:
Researcher Profiles: Detailed professional profiles, including current institution, research interests, and expertise.
Collaborative Opportunities: Researchers can indicate their availability for collaborations, PhD supervision, or other research opportunities.
Publication Showcase: Researchers can showcase their publications, including collaborative articles with other research group members.
Global Reach: The page is accessible worldwide, allowing researchers to connect with potential collaborators and opportunities globally.
Benefits:
Increased Visibility: Researchers’ work and profiles are visible to a global audience.
New Collaborations: Researchers can find and collaborate with others in their field.
PhD Opportunities: Potential students can find suitable supervisors and research opportunities.
Knowledge Sharing: Researchers can share their work and stay updated on the latest developments in their field.
By achieving these objectives, the page can become a valuable resource for researchers looking to collaborate, share knowledge, and advance their work.
If you are interested to be the member of our Research community, please fill the form by uploading all the details and be a valued member of the vibrant Research Community.
Members Research Profiles
Membership ID: AAA-RM01-122025
Name: Awais Ali Aslam
Affiliation: Silesian University of Technology Poland (Ph.D. Scholar)
Email: aawais064@gmail.com
Articles in Collaboration with IM group of Researchers
A mini-review on polyhydroxyalkanoates: Synthesis, extraction, characterization, and applications
Authors
Sadia Bano, Awais Ali Aslam, Abbas Khan, Aneela Shabbir, Fatima Qayyum, Nida Wahab, Aneela Jabbar, Izaz Ul Islam*, Si Ling Ng*
Corresponding authors:
Izaz Ul Islam, Si Ling Ng (University Sains Malaysia)
Publication date
2024/7/24
Source
Process Biochemistry (Impact Factor: 4)
Publisher
Elsevier
Description
Polyhydroxyalkanoates (PHAs) are thermoplastic bio polyester with high biodegradability and biocompatibility. This review explores the potential of PHAs as promising alternatives to conventional petrochemical plastics, offering a solution to reduce plastic pollution. The strategic selection of conditions, including type of microorganism, carbon substrates and extraction methods, enables the effective production for maximum yield nd cost-effectiveness. Recent advancements in characterization techniques, each with its own advantages and limitations are explored to offer insights into PHA concentration, composition, and purity. This review highlights the versatility of PHAs in various applications, focusing on medicine, environmental remediation, industrial processes, and agriculture, where they can offer significant environmental benefits by replacing non-biodegradable materials.
Authors
Rana Adeel Mehmood, Awais Ali Aslam, Muhammad Javid Iqbal, Ali Hamza Sajid, Ameer Hamza, Hina Fatima Tahira, Izaz Ul Islam*, Erdal Yabalak*
Corresponding authors:
Izaz Ul Islam, Erdal Yabalak (Mersin University Turkey)
Publication date
2025/5/1
Source
Fuel (Impact factor: 7.5)
Volume
387
Pages
134416
Publisher
Elsevier
Description
As global energy demands surge, hydrogen production through sustainable water splitting techniques has become a focus of extensive research. Electrocatalytic and photocatalytic water splitting using earth-abundant materials presents a promising approach for generating clean hydrogen by utilizing only water and renewable energy sources. Among the diverse catalysts studied, metal–organic frameworks (MOFs) have recently emerged as a transformative category due to their tunable porosity, crystallinity, and customizable molecular structures. This comprehensive review presents a comparative analysis of electrocatalytic and photocatalytic MOF systems for hydrogen evolution reaction (HER) and oxygen evolution reactions (OER), emphasizing the structure–activity relationships that drive catalytic performance.
Google Scholar Profile
Research Interests: MOFs, COFs, Water splitting, HER.
Available for Collaboration: Yes
Looking for any position (if yes please specify): No
Membership ID: AK-RM02-122025
Name: Abbas Khan
Brief Introduction: I am Abbas Khan, an enthusiastic and dedicated chemistry postgraduate holding a Master of Philosophy in Chemistry from Abdul Wali Khan University Mardan, Pakistan. My research expertise spans organic synthesis, green chemistry, nanomaterials, and the synthesis and characterization of biologically active compounds, particularly Schiff bases, polyhydroxyalkanoates (PHAs), and platinum nanoparticles. I am passionate about contributing to solution-oriented research with potential biomedical, catalytic, and industrial applications.
Collaborations with IM Group:
I have actively collaborated with the IM Group of Researchers, participating in multiple conferences, webinars, and organizing committees, including the International Conference on Recent Trends in Chemistry & Renewable Energy Technology (2023), 7th International Webinar on Research Paper Writing (2024), and the 5th International Conference on Recent Trends in Natural Sciences (2025). Additionally, I have contributed as a co-author in research publications and reviews related to biopolymers and nanotechnology.
Research Publications:
1. A Mini-Review on Polyhydroxyalkanoates: Synthesis, Extraction, Characterization, and Applications– Process Biochemistry, Volume 146, 2024, Pages 250–261.
Authors: Sadia Bano, Awais Ali Aslam, Abbas Khan, Aneela Shabbir, Fatima Qayyum, Nida Wahab, Aneela Jabar, Izaz Ul Islam*, Si Ling Ng*.
2. Recent Advances in Platinum Nanoparticles: From Synthesis and Characterization to Catalytic and Biomedical Applications-Journal of Materials Science.
Authors: Abbas Khan, Ahmed Th. Abdulghaffar, Ahmad Farhan, Muhammad Altaf, Fatima Choudry, Izaz Ul Islam, Nasrullah Shah, Erdal Yabalak.
Research Interests:
1. Organic Synthesis and Medicinal Chemistry
2. Synthesis and Biological Evaluation of Potential Antidiabetic Compounds
3. Green Synthesis and Nanotechnology
4. Bioactive Natural Product Extraction and Isolation
5. Drug Delivery Systems Using Nanoparticles
6. Catalysis and Metal-Organic Frameworks (MOFs)
Seeking PhD Position: I am open to future collaborations and willing to join a research team for my PhD studies to further expand my expertise and contribute to innovative projects.
Availability for future Collaborations: I am available for collaborations related to Organic Synthesis, Green synthesis, Medicinal Chemistry, Nanotechnology in medicine, Antidiabetic Drugs.
Contact:
Email: binaryking01@gmail.com WhatsApp: +92 314 9956457