This a very good refresher for myself. Picked up a few new tricks as well. Thank you very much.

This series will be of extreme use to me, thanks so much for uploading it. Quick question - I was looking for the Phylogenetics lecture you referenced as Lecture 19. I am unable to find it on your Uploads - I would really appreciate it if you had a copy spare and could upload it!

Hi do u have any content which will help to analysis genomic variation I want to learn all courses are really expensive on internet

Hi professor, plz make a new packages in biopythhon module, thanks for nice video.

Great stuff!

Great explanation, really helped me thanks!

Are you xbox ahoy

Awesome lecture, best voice quality if you listen to at 1.25 playback speed.

thank you very much for this lecture

Are the rest of the lectures from this course also on youtube?

Thanks for your explanations

🙏🏻

Where are the next lextures....?

Hello Dr. Brown- Are there lecture slides available for this lecture series? Thank you.

Thank you so much for this lecture....Really helpful :)

Wow amazing historical perspectives + facts.

In the BLAST section - please also do <from Bio.Blast import NCBIXML> for correct xml output file generation.

Thank You. Great done

very informative video, thank you :) How would you use NGS to identify Amyotrophic lateral sclerosis (ALS) with focus on RNA binding proteins TDP43, FUS, TAF15? What would be the approach?

Thank you!

good

Hello, can you sugegst swebsite for full python applications..

Great lecture.

That was the most clear and helpful explanation of this topic I have encountered. Thank you.

Thank you very much for this video. It contains the whole program, including the QA session. Very nice and complete presentation. Really helpful.

Hello Thanks for this beautiful video, the webpage that you have mentioned in the video, has no content over it, is it possible to re-upload the RNA-SEQ tutorial 2016 content on that webpage? if not, how can one access to that material? Thanks in Advance

I am unable to get the desired output with the if/else example provided at 7:20. For some reason the first print command is being executed, whether the string contains GC or not. I have tried different variations of this, includign when there is no "C" or "G" or "GC" in the input string. Is anyone else finding the same? or could someone guide me as to what mistake I am making? Here is the code myDNA='ATGTGTA' if myDNA.find('GC'): print('GC is found') else: print('No GC found') Thanks

Where is lecture 5?

Bioinformatics has become an important part of many areas of biology. In experimental molecular biology, bioinformatics techniques such as image and signal processing allow extraction of useful results from large amounts of raw data. More information: www.creative-proteomics.com/services/overview-of-bioinformatics-services.htm

thx

Have a problem here with entrez (51min) File "C:\Users\M\Anaconda3\lib\urllib equest.py", line 589, in http_error_default raise HTTPError(req.full_url, code, msg, hdrs, fp) HTTPError: Bad Request Can u help?

thanks from Romania. by the way, is 'LDL' the answer to the translation problem?

Thank you very much for these courses from Hungary! I really appreciate your help! :-) :-)

Thanks！Amazing！