Films / Research, review and historical scholarship
What happens to a lung cell when an airway reopens? Why did two embedding materials refuse to form a sectioning block? What did Cairo's historical pharmacists do to keep medicines usable? Each short film begins with a question like these and links back to the relevant experiment, publication or historical source.
The catalogue
Choose a problem to watch, then follow the link to its publication.
What the moving air–liquid interface does to epithelial cells, and why changing the cell before the bubble arrives can matter.
Dexamethasone and transdehydroandrosterone significantly reduce pulmonary epithelial cell injuries associated with mechanical ventilation
Read the source ↗Follow a developing cranial vessel and the tiny sensory structures on its endothelial surface.
Characterization of endothelial cilia distribution during cerebral-vascular development in zebrafish
Read the source ↗Why the same signalling axis can restrain one tumour and advance another, and how that complicates drug design.
SLIT2 and ROBO-axis inhibitors for the treatment of cancer: a patent review (2020–2026)
Read the source ↗Trace a molecular probe from chemistry through optical response to the limits of cell-based sensing.
Curcumin: a colorimetric and fluorimetric cyanide probe in aqueous system and living cells
Read the source ↗A Cairo pharmacy, formulas that had to survive storage, and what a historical text can tell us about reliability.
Making Medicines Keep: Syrups, Substitution, and Pharmaceutical Reliability in Ayyubid-Mamluk Cairo
Read the source ↗Follow a vesicle from formulation to the aerosol test it still has to pass.
Inhalable dexamethasone niosomes and proniosomes
Read the source ↗From ultrasound frames through temporal representation and model evaluation, with the pilot-study limits intact.
Deep learning technique for congenital heart disease detection using stacking-based CNN-LSTM models from fetal echocardiogram: a pilot study
Read the source ↗A polymer may keep its bulk identity while its outermost interface is chemically rewritten.
Surface modification of poly(lactic acid) film via cold plasma-assisted grafting of fumaric and ascorbic acid
Read the source ↗The problem of making polymer scaffolds useful at the contact surface.
Antimicrobial modification of PLA scaffolds with ascorbic and fumaric acids via plasma treatment
Read the source ↗A methods film about apparatus, controls, cellular endpoints and what simplified systems cannot reproduce.
Application of a flow-induced stress wave and investigation of associated injuries on cell monolayers using a parallel plate flow chamber
Read the source ↗What can be measured when transparent biological systems move faster than the eye.
Cardiac function and blood flow hemodynamics assessment of zebrafish using high-speed video microscopy
Read the source ↗Separate clinical association from molecular interpretation.
Soluble ACE2 and angiotensin II levels are modulated in hypertensive COVID-19 patients treated with different antihypertension drugs
Read the source ↗The molecular and pathological questions before a diagnosis is named.
Autoimmune Diseases of the GI Tract Part I: Etiology and Pathophysiology
Read the source ↗From symptoms to tissue-based interpretation and the treatment evidence landscape.
Autoimmune Diseases of the GI Tract Part II: Emergence of Diagnostic Tools and Treatments
Read the source ↗How sensors translate physiological signals into candidate clinical information.
Minimally Invasive and Non-Invasive Sensor Technologies for Predicting Heart Failure: An Overview
Read the source ↗A molecular distinction with consequences for interpreting viral biology.
Do changes in ACE-2 expression affect SARS-CoV-2 virulence and related complications: a closer look into membrane-bound and soluble forms
Read the source ↗Fluid handling, analytical specificity, sample preparation and limits of miniaturisation.
Microfluidic-based virus detection methods for respiratory diseases
Read the source ↗From formulation variables to modeled release profiles, assumptions and testing against observations.
Simulation of Drug Release and Performance Prediction Using Virtual Models
Read the source ↗Rheology, shape retention and the difference between imaginative geometry and material proof.
Materials Science for 3D, 4D, 5D, and 6D Food Printing: Rheology, Microstructure, Smart Edible Inks, and Programmable Food Architecture
Read the source ↗The material and processing constraints behind printable implants.
Clinical Applications of Additively Manufactured Biomedical Ceramics
Read the source ↗Why beautiful nanostructures still need a defensible translational path.
Theranostic Potential of Cubosomes in Targeted Cancer Therapy: From Mechanistic Design to Clinical Translation
Read the source ↗Solubilisation theories, material preparation and real-life polymer failures.
Polymeric micelles for polycyclic aromatic hydrocarbons
Read the source ↗Microwave chemistry, structural characterization and the limits of screening.
Imidazopyridine synthesis and anticancer screening
Read the source ↗A process that failed precisely at the material interface, and the photographs that show it.
Zebrafish agarose–paraffin histopathology attempt
Read the source ↗How an instrument at home changed the hours and questions open to a young researcher.
The microscope I brought from Cairo
Read the source ↗A firsthand account of attacks, interrupted schooling, the medical-school path that was lost, and the uneasy distance between a laboratory count and what a patient experiences.
The Life Between Diagnoses
Read the source ↗A pointed essay about what recipients think they learn by accusing unfamiliar writers of using AI, and whose language is subjected to that scrutiny.
Sorry, My First Email to You Was Probably Polished by AI
Read the source ↗Why the standardized prose institutions taught us to produce now looks suspiciously like the output of the machines they condemn.
We Taught People to Sound Like Machines. Now We’re Surprised They Use Them.
Read the source ↗Notes on institutional expectations, ambition, and psychological wellbeing in a profession that prides itself on questioning assumptions.
Fifteen Things I Wish Young Academics Were Told About Mental Health
Read the source ↗A historical argument about how scientific discoveries accumulate through many hands while awards preserve a much shorter list of names.
The Nobel Prize Has Room for Three. Science Never Did.
Read the source ↗A transcription factor rarely offers a permanent pocket. Its changing conformations, disordered regions and protein partners raise a harder question: which molecular state could a ligand alter?
Target Transcription Factor States, Not Pockets
Read the source ↗A nanomolar assay result says little about unbound drug exposure in tissue. Permeability, metabolism and the time a compound spends at its target can overturn a promising potency ranking.
Potency Is Not an Exposure Strategy
Read the source ↗Every protein depends on charged and modified tRNAs. Aminoacylation and tRNA processing offer intervention points, but disrupting translation in diseased cells without harming healthy ones is the challenge.
Drugging the tRNA Control System
Read the source ↗An induced-proximity drug recruits two proteins into a productive complex. The cellular event that follows depends on geometry, cooperativity and selectivity, not simply the affinity of two individual binding sites.
The Matchmaker Modality: Engineering Event-Driven Pharmacology With Induced Proximity
Read the source ↗An antibody delivers the payload only as far as the delivery system allows. Antigen selection, linker stability, release kinetics and tumour heterogeneity determine where the cytotoxic drug acts.
Antibody–Drug Conjugates 3.0: A New Era Of Precision Engineering In Oncology
Read the source ↗
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