Can epigenetic variation influence adaptation in nature?
For much of the last century, evolutionary biology has emphasized gradual changes in DNA sequence as the primary driver of new traits and adaptive potential.
This occurs through chemical modifications known as methylation tags - epigenetic marks that attach to DNA and regulate how genomes are expressed. The article can be accessed at:
https://t.co/rgoAfaiYpy
His research focuses on understanding role of genetic variation in histone proteins to influence transition to flowering. He is addressing this fundamental question using natural populations of model plant, Arabidopsis thaliana.
Congratulations Amjad Nawaz and Dr Zaigham Shahzad.
PhD student at the Department of Life Sciences, Amjad Nawaz has successfully defended his PhD proposal on 22nd August 2025.
Amjad is working in the Plant Genetics and Epigenetics Lab under the supervision of Dr Zaigham Shahzad.
PhD student at the Department of Life Sciences, Ms Shameen Aslam, has successfully defended her PhD proposal on 21st August 2025.
Shameen is working in the Plant Biotechnology and Molecular Biology Lab (https://t.co/dPXlPzGut5) under the supervision of Dr Khurram Bashir.
Join us in our exciting MS PhD program. If you are interested in Cell and Molecular Biology and would like to experience basic research, our program offers wonderful opportunities in Pakistan.
MS Biology at LUMS featuring Dr. Muhammad Tariq https://t.co/8BzkUMgbRX via @YouTube
Our latest work with @RahmanSZSaleem on the characterization of a bis-amide derivate as a microtubule stabilizing agent published in Bioorganic Chemistry. @sbasselums@BiologyLums https://t.co/AFSH7vtiAH
What if we could build complete maps of allosteric sites for entire proteins? Now we can. Super excited to see this heroic effort by @WengChenchun@BenLehner@AlbertIltirda finally published. https://t.co/lS1J48h8Qk
column-free protein purification with an aggregation tag
Discovery and Identification of a Novel Tag of HlyA60 for Protein Active Aggregate Formation in Escherichia coli
https://t.co/xOuVnklEqW
Gene expression involves thousands of proteins that bind DNA, yet comprehensively mapping these is challenging. We developed ChIP-DIP – a method for simultaneous, genome-wide mapping of hundreds of DNA-protein interactions in a single experiment. https://t.co/NEH92mQTGs
Myths busted: Ummah (the Muslim nationhood) exists. Colonialism is dead. Western values. Monarchies.
Furthermore, with some exceptions, including the poorest Muslim country (Yemen), all Arab and Muslim states have a hand in the genocide. Their rulers are self-serving puppets.
Excellent 3-day hands on workshop on cell culture techniques. 50 participants from all over Pakistan trained by an expert team of trainers. Thank you all for your hard work 🙏. Wouldn't have been possible without you all putting so much effort.@sbasselums@BiologyLums@LifeAtLUMS
We have several open positions (Research Assistant) in our research laboratory (CatLab) Syed Babar Ali School of Science and Engineering at LUMS .
Qualification: PhD/MS, MPhil in Chemistry
Deadline: December 26, 2023 https://t.co/XrKTqeU5ea
📢Join us for a one-day seminar by FIRE, A Collective Journey for Re-envisioning Community Health in Pakistan!
Titled: '"Leveraging Data and Clinical Research to Integrate SDG in Health Policy'"
📅 Dec 28th🕙 10AM
📍10-301 - SBASSE Building, LUMS
Details: https://t.co/h7AawrpDCD
Day 3: Hands-on Workshop on Cell Culture Techniques at the Department of Life Sciences, SBASSE, LUMS:
Closing the chapter on an incredible workshop. Our journey through cell culture and microscopy has been nothing short of extraordinary. 🧪
@Sainsdaan@sbasselums@BiologyLums
Day 1: Hands-on Workshop on Cell Culture Techniques at the Department of Life Science, SBASSE, Kicks off to an exciting start.
Eager Hands, Bright Minds: Scenes from Day 1 of our Hands-on Workshop on Cell Culture Techniques.
@sbasselums@LifeatLUMS@BiologyLums@Sainsdaan