9th International Symposium on Bioinformatics (InSyB2025)

 

Event Dates: 25-26 November 2025.

Venue: University of Doha for Science and Technology (UDST), Qatar.

Theme: Ecosystem-Driven Bioinformatics for Transforming Healthcare

 

 

Day 1, Tuesday, 25 November 2025

 

DateTimeActivity DescriptionPresenter Name and Affiliation / Location
25/11/20258:00-9:00RegistrationBuilding 1 Lobby
9:00-9:05Welcome Speech

Dr. Zakaria Maamar, Dean, College of Computing and IT, UDST

Theatre (1.1.04)

9:05-9:15Welcome by PartnersRepresentative from Partners
9:15-10:05

Knowledge-based diagnosis of genetic disease

 

Overall Objective(s):

Understand how knowledge-based computational approaches support the diagnosis and interpretation of genetic diseases.

Dr. Robert Hoehndorf

King Abdullah University of Science and Technology (KAUST), Kingdom of Saudi Arabia

Theatre (1.1.04)

Session Chair: Dr. Katherine Bradley, UDST

10:05-10:35Group Photo | Coffee BreakBuilding 1 Lobby
10:35-11:25

Expert Panel:

Ecosystem-Driven Bioinformatics for Transforming Healthcare

 

Overall Objective(s):

Understand how bioinformatics ecosystems spanning data, infrastructure, and collaboration contribute to advances in precision healthcare.

Panelists:

Dr. Robert Hoehndorf,

King Abdullah University of Science and Technology (KAUST).

Dr. Aziz Khan, Mohamed bin Zayed University of Artificial Intelligence (MBZUAI).

Dr. Marios Kambouris, Sidra Medicine.

Dr. Dinesh Velayutham, Qatar Precision Health Institute (QPHI).

Moderator: Dr. Ramzan Ali, UDST

Theatre (1.1.04)

11:25-12:15

Genomic Diagnostics at the Era of Personalized Precision Medicine

 

Overall Objective(s):

Understand how genomic tools and analytical approaches enable individualized and accurate diagnostic decision-making.

Dr. Marios Kambouris

Sidra Medicine, Qatar

Theatre (1.1.04)

Session Chair: Dr. Asma El-Magboub, UDST

12:15-13:25Lunch | PrayerBuilding 1 and Atrium 1
13:25-14:15

Building a Population-Specific Genomic Ecosystem for Precision Healthcare

Overall Objective(s):

Understand how population-specific genomic resources and workflows enhance the accuracy and equity of precision healthcare.

Dr. Dinesh Velayutham

Qatar Precision Health Institute (QPHI)

Theatre (1.1.04)

Session Chair: Dr. Mohammad Asif Khan, UDST

14:15-15:05

Bioinformatics Approaches for Exploring Coronavirus Diversity and Designing Therapeutic Antibodies

 

Overall Objective(s):

Understand how bioinformatics tools reveal coronavirus diversity and support the design of therapeutic antibodies.

Dr. Hebah Al Khatib

Qatar University

Theatre (1.1.04)

Session Chair: Dr. Katherine Bradley, UDST

15:05-15:35Coffee BreakBuilding 1 and Atrium 1
15:35-15:55

Drug repurposing in Transforming Healthcare: A case study of Novel Drug Targets in Plasmodium falciparum

 

Overall Objective(s):

Understand how computational drug-repurposing approaches identify and prioritize novel therapeutic targets in Plasmodium falciparum.

Dr. Harpreet Singh

Hans Raj Mahila Maha Vidyalaya, India

Theatre (1.1.04)

Session Chair: Dr. Asma El-Magboub, UDST

15:55-16:45

Computational genomics at scale: Open-source frameworks for cancer omics and gene regulation

 

Overall Objective(s):

Understand how scalable, open-source computational frameworks enable cancer omics analysis and gene-regulation studies.

Dr. Aziz Khan

Mohamed bin Zayed University of Artificial Intelligence (MBZUAI), United Arab Emirates

Theatre (1.1.04)

Session Chair: Dr. Ramzan Ali, UDST

16:45-17:00Bioinformatics @ UDST Overview | Conference Survey | Closing Remarks for Day 1

Dr. Mohammad Asif Khan,

Associate Dean, College of Computing and IT, UDST

Theatre (1.1.04)

 

 

Day 2, Wednesday, 26 November 2025

 

DateTimeActivity DescriptionPresenter Name and Affiliation / Location
26/11/20257:00-8:00Registration10.1.18 (Common area)
8:00-10:00

Workshop Session Part A

Workshop 1:

Structural Bioinformatics: An Introductory Molecular Dynamics Workshop for Exploring Biomolecule Motion

Overall Objective(s):

Use basic molecular dynamics tools to run  a simple simulation to explain the behavior of lysozyme active site residues and explore fundamental biomolecular motions

 

Workshop 2:

Protein Modelling-Basics to AI- Predictions

Overall Objective(s):

Apply foundational protein-modelling tools to generate and visualize simple structural predictions.

 

Workshop 3:

Becoming an Open and Reproducible Scientist

Overall Objective(s):

Apply core principles of research transparency and reproducibility through organising and sharing workflows or datasets.

 

Workshop 4:

Coding for Biology: Harnessing the Power of AI

Overall Objective(s):

Apply basic coding techniques to process biological data and interact with AI-assisted analytical tools.

Room: 10.1.18

  • Dr. Katherine Bradley, UDST.
  • Dr. Asma El-Magboub, UDST.

 

 

 

 

 

 

Room: 10.1.16

  • Dr. Ayesha Fatima, Riphah International University, Pakistan.
  • Mr. Mohamed Salah Amine Benouar, 

 

 

Room: 10.1.27

  • Dr. Aziz Khan, Mohamed bin Zayed University of Artificial Intelligence, United Arab Emirates.

 

 

 

 

Room: 10.1.17

  • Dr. Seifeddine Bouallegue, UDST.
10:00-10:30Coffee Break10.1.18 (Common area)
10:30-12:30

Workshop Session Part B

Return to the Same Workshop as Part A

Same Venue as Part A.
12:30-12:45Conference Closing RemarksDr. Mohammad Asif Khan, Associate Dean, College of Computing and IT, UDST

CPD Accreditation

Activity Number: API-01-P220

Target Audience: Physician, Dentist, Allied Health Practitioners, Nurse, Pharmacist,

Professionals and Researchers who are interested in Bioinformatics

This activity is an Accredited Group Learning Activity (Category 1) as defined by the Ministry of Public Health's Department of Healthcare Professions - Accreditation Section and is approved for a maximum of 9 hours.

Members of the Scientific Planning Committee have no conflict of interest to declare

The Scientific Planning Committee (SPC) has reviewed all disclosed financial relationships of speakers, moderators, facilitators in advance of this CPD activity and has implemented procedures to manage any potential or real conflicts of interests.