Pyrrolopyrimidine research
The centre of the M.Sc.: design and synthesis of pyrrolopyrimidine derivatives studied for potential anticancer activity.
Research & pharmaceutical sciences
Design, synthesis, and the evidence a structure can carry.
The research page is the M.Sc. programme and the methods around it. Nothing here is a paper that has not been published.
pyrrolo[2,3-d]pyrimidine
Scaffold
M.Sc. research
Design and Synthesis of Pyrrolopyrimidine Derivatives with Potential Anticancer Activity
Faculty of Pharmacy, Cairo University · In progress
- Medicinal Chemistry
- Synthetic Organic Chemistry
- Heterocyclic Chemistry
- Anticancer Drug Discovery
- Structure–Activity Relationships
- NMR Spectroscopy
- Computer-Aided Drug Design
Research pipeline
The path of the M.Sc. series. Each step is a method already in the work, not a completed publication.
01
Design
Scaffold choice and the medicinal-chemistry question the series is meant to answer.
02
Synthesis
Organic and heterocyclic routes, including pyrrole and pyrrolopyrimidine intermediates.
03
Purification
TLC and crystallization, as used to isolate the intermediates.
04
Characterization
Melting point and the first check that the isolated solid is the intended compound.
05
NMR
¹H and ¹³C spectra, including D₂O exchange, to decide what the molecule actually is.
06
Computation
Docking and design methods used with the synthetic programme, not instead of it.
07
Biological relevance
The anticancer intent of the series. No potency figures are published.
Synthetic chemistry
Organic and heterocyclic synthesis as the experimental core — molecules made, not only modelled.
NMR characterization
Structure elucidation by NMR, including the ¹H, D₂O exchange, and ¹³C craft taught on Resonance.
Molecular design
Computer-aided design, docking, and the logic that connects a scaffold to a possible effect.
Anticancer research
The biological intent of the series. No potency numbers are published here, and none are implied.
Research interests
- Heterocyclic scaffolds in medicinal chemistry
- Anticancer drug discovery and structure–activity thinking
- NMR as a method for deciding what a molecule actually is
- Docking and dynamics used with, not instead of, synthesis
- Pharmaceutical data — sales, operations, and research reporting
- Scientific education that behaves like a studio
Currently investigating
Pyrrolopyrimidine derivatives
Synthesizing and studying the M.Sc. series aimed at potential anticancer activity.
Computer-aided drug design
Exploring docking and design methods alongside the synthetic programme, and teaching them in public.
Pharmaceutical education platforms
Keeping Opraxis, Resonance, CADD Academy, and MedChem Codex useful as living studios.
Public record
Publications
No peer-reviewed papers are listed. This section will be updated when work is public.
Posters
No conference posters are listed yet.
Conference presentations
No talks are listed yet.
Research collaborations
No formal collaboration is listed yet. Serious enquiries are welcome via contact.