Outline ·
[ Standard ] ·
Linear+
Sociology Have you ever published part of your thesis?, before graduation?
|
jonoave
|
Jun 28 2013, 07:16 PM
|
|
QUOTE(PF T.J. @ Jun 28 2013, 01:00 PM) Hey man, good to see you again  Well, I've always fancied those who get the chance to learn and try out Next Generation Sequencing, whereas we are still stuck with the "conventional" methods T_T And of course all those biomedical and applied sciences which are often deemed more "valuable" research than what phylogeneticists are doing I only know how to use the program haha, I have no idea how the underlying statistics for Bayesian Inference works XD And I've also no idea how to use R too... I only know how to do some very simple statistics on R. The rest is just to complicated.. I prefer programs with a more user-friendly interface  Well I've been learning bit of R, but also mostly know basic stats only. So are you working in phylogenetics as well?
|
|
|
|
|
|
jonoave
|
Jun 28 2013, 09:49 PM
|
|
QUOTE(PF T.J. @ Jun 28 2013, 03:12 PM) Yeap, phylogenetics, DNA barcoding and a little bit of tissue culture R is hard to use yo because of its command-style input system. Though many of the experts claim that it does offer much, much more flexibility once you get the hang of it (which I never did)  Well the R command-style input is just an IDE method to make it user friendly. You can also write it in scripts and run as such. I've run some scripts like that (sample scripts, not written myself). Cool, I'm also doing phylogenetics Did that for my masters and now expanding on it for my phd. But mine is more on evolution. Currently though I'm a newbie programmer in Python. So are you more involved in lab work or computing?
|
|
|
|
|
|
jonoave
|
Jul 1 2013, 03:58 AM
|
|
QUOTE(PF T.J. @ Jun 30 2013, 06:40 AM) Ahh, you mean command batches? haha  Pretty handy stuffs~ But I'm using other bioinfo programs that are more user-friendly than R at the emoment la haha  Wah, good to know that there are also people doing phylogenetics here. My research is more on lab work and phylogenetic inference. No programming and stuffs haha, don't know anything about those  Cool. I used to do that for my masters But then got sick of dealing with biological samples that needs to be maintained as well as dying on you unexpectedly.. So now I'm moving more towards full-time computational.. Nowadays with more integration between bioinformatics and experimental.. there is a possibility for us to do some collaboration in the future.
|
|
|
|
|
|
jonoave
|
Jul 1 2013, 04:02 AM
|
|
QUOTE(Critical_Fallacy @ Jun 30 2013, 08:55 AM) Like we are fascinated by the origin of the universe, together, the age-, size-, or stage-specific patterns of development, growth, maturation, reproduction, survival, and lifespan define an organism's life cycle, its life history. Perhaps in the process of studying the evolutionary relatedness, you will find a more compelling reason for why understanding life history evolution is as important as biomedical and applied sciences. Indeed, that is a growing trend in phylogenetics nowadays. To examine parallel structures/molecules in other species and study from it. Just like how the engineers design aircrafts from studying the body/wing shape of birds, bats and insects. For example, how certain species like the naked mole rat that doesn't get cancer, or other species that are resistant to certain toxins/compounds. All this could be useful in directing the research in biomedical sciences. This post has been edited by jonoave: Jul 1 2013, 04:02 AM
|
|
|
|
|