1.0
AMBITIOUS INITIATIVE:
►This initiative, based at HNSRC,
recruited 67 medical and pharmacy students into 13 programs of cutting-edge
competitive research aligned with the priorities of SNIH and RDIA.
►It will open to more students once
several projects are proceeding well. Due to the long duration of research
projects, students today will likely remain in the research team even after
working in various parts of the kingdom.
►Focus on breakthrough research that
can be funded and published.
►Students are guided and mentored to
develop their ideas. Faculty will provide the technical details.
2.0
ROLE OF THE STUDENTS:
►Students meeting with the mentor on
Zoom are guided to develop a research topic and publish a comprehensive review.
►They are then joined by faculty
members to write a research proposal submittable to SNIH and RDIA.
►They are then joined by laboratory
technologists in the implementation.
►The students will take an active
role in the laboratory analyses, write up of the manuscript, and publication.
3.0
FIRST SERIES OF STUDENT RESEARCH GROUPS GROUP 3:
►FIRST SERIES OF STUDENT RESEARCH
GROUP MEETINGS. GROUP #3 at 9:00 – 9:55 pm held on January 5, 2025.
3.1
Agenda:
► Know one another:
self-introductions - 5 minutes.
► The way forward - 5 minutes.
► Presentation of the proposed
research program - 5 minutes.
► Q&A and open discussion - 30
minutes.
3.2
Way Forward:
►Vision: Publish at least 2
papers; the first a review within 6 months and the second based on laboratory
or data analysis within 1-3 years.
►First step: We shall start by
brainstorming about the assigned topic, then the group will review the
literature to narrow down the topic and develop keywords.
►Second step: Systematic
literature review within the group and a 1-hour presentation to Prof Omar once
a week or once every two weeks.
►Third step: Familiarization
with available laboratory equipment and procedures to prepare one or more
research proposals from each group. Faculty will be appointed as supervisors or
principal investigators. Students will be co-authors.
►Some of the research will be new
and innovative. Some of it will be attempts at validating research carried out
outside the Kingdom.
3.3
Research Program: Phase 4 Clinical Trials Follow-Up of KAAUH Patients on
Various Commonly Prescribed Medications for Efficacy & Adverse Events in
Preparation for New Phase 2 & Phase 3 Clinical Trials - 1:
►This program will study the
efficacy and safety of commonly used licensed drugs and vaccines by phase 4
clinical trials after licensing the drug for use.
►These are studies of long-term
(> 2 years) safety and effectiveness (efficacy and effectiveness, adverse
events, toxicity, teratogenicity, and outcomes), the roles of lifestyle and
genetic factors, and interactions with food and other drugs.
►Phase 4 clinical trials at KAAUH
will provide a long-term ‘real world’ experience of drug performance (efficacy
and safety) outside the artificial environment of the phase 3 clinical trials.
►The results of these studies, even
in the interim, will help change the treatment protocols and, even more importantly,
will suggest new phase 3 studies with innovative treatment approaches.
Groups’
Schedules:
|
Time |
Sunday Jan 5, 2025 |
Monday Jan 6, 2025 |
Tuesday Jan 7, 2025 |
Wednesday Jan 8, 2025 |
Thursday Jan 9, 2025 |
|
7.00pm – 7.55pm |
Group 1 |
Group 4 |
Group 7 |
Group 10 |
Group 13 |
|
8.00pm – 8.55pm |
Group 2 |
Group 5 |
Group 8 |
Group 11 |
|
|
9.00pm – 9.55pm |
Group 3 |
Group 6 |
Group 9 |
Group 12 |
|
4.0
THIRTEEN RESEARCH PROGRAMS:
4.1
Evolution Foundation Interested in Research on Ageing:
- Research
Program on Mechanisms and Factors Modulating Hematopoietic Stem Cell (HSC)
Ageing.
- Research
Program on Osteocyte Senescence.
4.2
Saudi NIH Interested in A Wide Range of Research Topics:
- Phase 4
Clinical Trials Follow Up of KAAUH Patients on Various Commonly Prescribed
Medications for Efficacy and Adverse Events in Preparation for New Phase 2
And Phase 3 Clinical Trials. Current project: Comparative 4th phase trial
based on KAAUH data, treating Multiple Sclerosis using ocrelizumab,
rituximab, and ofatumumab.
- Immunology
and drug discovery involve the formulation and testing of new therapeutic
agents. Current project: ‘Use of Myrrha from various parts of Saudi Arabia
to treat bacteria-resistant UTI infections in adults in King Abdullah Bin
Abdulaziz University Hospital.
- Pandemic
Surveillance and Control using Biotechnology/nanotechnology.
- Large data
technology to analyze national health databases: 4 proposals have been
submitted:
4.3
RDIA:
- Genetic
mapping of selected common diseases in Saudi youths.
- Potentially
pathogenic chemicals in the food chains of urban residents. Current
project on microplastics and colon cancer.
- Genomics
involves testing various hypotheses.
4.4
Saudi CDC (Public Health Authority):
- Genetic
Long-term Surveillance of potentially pathogenic mutations of respiratory
viruses from hospital and central laboratory samples
- Use of large
data technology to analyze COVID-19 data in the Tawakalna database to
generate and test hypotheses on viral diseases of public health importance
- Analyze KAAUH
databases of physiotherapy and physical rehabilitation procedures for
long-term outcomes relating to health and wellness
- Research
program to analyze the Weqaya database for long-term immunity profiles
following COVID-19 and Influenza infection/vaccination.
5.0
RESEARCH PROGRAM 6: Large Data Analysis - Tawuniya/SNIH/RDIA:
►Construction and validation of
quality audit criteria for insurance operational performance at King Abdullah bin
Abdulaziz University Hospital.
►Defining quality KPIs for PHM
Monitoring: Developing Measurable Metrics Using Tawuniya & KAAUH Data.
►SmartMap-SBS: A Public Health
Approach to Mapping Internal Hospital Codes to the Saudi Billing System.
►DRISE: A Public Health Framework –
Dynamic Risk Stratification & Targeted Chronic Care in Saudi Arabia.
6.0
RESEARCH PROGRAM 8 - Microplastics:
► Proposal title in Arabic:
- دِراسَةٌ تَعرِضُ مَرضى سَرَطانِ القَولونِ لِلْبِلاسْتيكِ وَتَطْوِيرُ طُرُقٍ حَديثَةٍ لِلكَشْفِ عَنِ البِلاسْتيكِ وَإِزالَتِهِ مِنْ ماءِ الشُّرْبِ وَالطَّهْيِ.
► Proposal title in English:
- A case control study of plastic exposure in colorectal cancer patients and the development of new kits for detecting and eliminating plastic from drinking and cooking water.
7.0
STAGES OF THE MICROPLASTICS PROJECT:
- The first
stage will be the development of methods of identifying, detecting, and
classifying plastics as well as adsorbing, filtering, or absorbing them.
- The second
stage will be an analysis of cancer tissues from the Noura University
biobank to compare plastic content among various types of cancer and
non-cancer tissues. A distinction will be made between the presence of
carrier plastics and the biological interaction of plastics with the
tissues. Among the biological interactions investigated will be oxidative
stress, DNA damage, and inflammatory changes (7).
- The third
stage of the research will be an epidemiological case-control study that
will aim to establish an etiological relationship between plastics and
cancer.
- The fourth
stage will be the development of a kit that can be used by individuals to
determine the level of plastic in their stool or urine.
- The fifth
stage will be the development of a kit that can be used to filter out or
adsorb plastic from drinking or cooking water.
8.0
OBJECTIVES OF THE MICROPLASTICS PROJECT:
- Objective 1: Detection and
characterization of plastics.
- Objective 2: Analysis of
tissues from the biobank.
- Objective 3: An
Epidemiological case-control etiological study.
- Objective 4: Develop and
patent 2 kits (a) to detect and quantify plastic in stools and urine and
(b) to filter plastic out of drinking and cooking water.
- Objective 5: Recommend
public health policies that can help decrease human exposure to plastics.
A technical report will be submitted to the policymakers.
9.0
THE FUTURE:
- Produce 5-7
proposals from each research program.
- Open up more
research programs.
- Admit more
students from science and health fields to the initiative.