[Admin] The contributor’s week was truncated due to content which was deemed to be problematic. It was agreed that it was in the best interests of all parties that he not continue.
Greetings readers! I have been interacting biologists/ scientists at @biotweeps
for quite a period. I found the forum very interesting and teased amusingly Dr. Anthony to not including someone from Asia particularly from Pakistan as curator at @biotweeps
. To my surprise, he welcomed me instantly from the core of heart. Any biology reader has something worth sharing, feel free to schedule your week.
I am PhD candidate with Microbiology major at Institute of Microbiology, University of Agriculture Faisalabad, Pakistan. I have done with six semesters and hope to complete doctorate in a year or so. Although subjects in my studies were not narrowed down to any sub-discipline, I chose working on modification of bacterial amylase enzyme to improve industry oriented characteristics in it. To a bit detail, I am working on engineering amylase to make it thermostable via site-directed mutagenesis. Nowadays I am PhD scholar and Research Fellow at the same institute.
I have a diverse areas of interest based on different kinda majors and projects I have been through. Apart from the interest in enzyme engineering, I am basically a veterinary graduate having Vet Medical Council license. I have enjoyed a lot managing and treating farm animals and pets. In my masters, I worked on USDA funded project based on biocontrol of Aedes mosquito species. Being engaged to veterinary science and microbiology, I am interested in One Health and zoonosis as well. As Teaching Assistant, I have taught many courses at graduate as well as undergraduate level. In my leisure, rather when I am not ‘sciencing’, I am equally interested in cricket, bodyweight training, exercise physiology, movies and documentaries.
In my week as curator at @biotweeps
, I ll be tweeting on veterinary science, microbiology, one health, biological control and enzyme engineering interspersed with exercise physiology. I ll briefly share routine life of graduate student and researcher at my institute to @biotweeps
. Feel free to interact me at @adnan_a_malik
Wes Wilson is a molecular biologist in Canada, whose work is focused on proteins involved in breast cancer tumorigenesis as well as previous studies on the epigenetics of tumor progression in pediadric brain cancers. He has a passion is for the health sciences and occasionally blogs over at MostlyScience (http://mostlyscience.com/) to help demystify evidence based medicine. Wes is also an ardent programmer and developer and sits on one of the organizing committees for Hacking Health (http://www.hackinghealth.ca/) where both his interests collide. Wes is also the academic life editor over at ScienceSeeker (http://scienceseeker.org/) and you can follow his science and other coffee fueled endeavors on his twitter @WesleyWilson (https://twitter.com/WesleyWilson).
I’m interested in understanding why animals of the same species seem to vary so much. Why are some bigger than others? Why do some live longer? Why are some so susceptible to infections? Is this variation due to genetic differences or variation in the environment? Animals have limited energy which they must divide between growing, reproducing, rearing offspring and immunity to parasites. These characteristics all affect the number of offspring they produce, and through natural selection, genetic variation in such characteristics leads to evolution. In wild populations, animals vary hugely in how many parasites they harbour. My favourite question right now is: what determines how big a parasite infection an animal gets, and how badly that infection affects them? I’m an evolutionary ecologist by training, and have spent time doing fieldwork on sheep on a remote Scottish island, and on elephants in the Burmese jungle. I find the struggle between parasites and their hosts absolutely fascinating, and the diversity of life-cycles that parasites have evolved truly staggering. I’m looking forward to talking about how hosts and parasites are continually evolving to get on top and how studies in the wild can help us to understand these interactions better.