Please Share: Utilize the Power of Social Media

Good day.

Last week, I saw this man near Manila City Hall, just right before the underpass under Taft Ave/Lagusnilad. Some people still tried to give him food, water, but he just refused.

I thought of sharing this online, through my social network, just so that this man's pleas may be heard. Apparently, he wants to see his daughters, who are part of the Seventh Day Adventist Church, and to at most likely spend time with them near the end of his life.

Let us do our part in making someone's life and Christmas better.

Thank you.

Let us use the social media to try to help this man.

/no1! 

How to love Genetics and Genomics! Use of CLC Sequencer and BLAST!

One of the tools we are currently using as Medical Students is the CLC Sequencer. It is actually fun to use but it can also be major headache. This post aims to help those using the sequencer and NCBI-BLAST to get what they need.

Things we need:

1. CLC Sequencer (click here)
2. A stable internet connection
3. A sample case (I'm going to use our homework as example)

Now, let us install the CLC Sequencer first, before doing anything. Once everything is in place, we can now begin.

First, open your CLC Sequencer:

The interface is quite simple, anyway, the next thing we need is to load our samples. As seen in my screenshot, I have already saved the samples that I need. To do so, click NEW and then paste your whole sequence into the text box provided:

Name your sequence, then save it (click the save button at the menu). When you are done, your sequence would then appear  on your screen. 

 

 Next, click the following on your CLC Sequencer:

Find the longest Open Reading Frame (ORF) by following these steps:

 

Choose these options (unless you have instructions otherwise), then Click Next

 Confirm, and click FINISH

 

This table would appear and show you which possible ORFs there are available so you can choose. Remember, the longest ORF is what we need (as highlighted above). 

 

Using the table as a guide, look for the sequence number (in my case it is 1010 to 1831). Remember, each line consists of 60 nucleotides with 10 in each column. The one I highlighted above is shown to be from 1010 to 1831, which CLC said was my longest possible ORF.

Next, copy and paste that particular sequence and create a new sequence in the CLC.

Your next step now is to translate it to protein by clicking the menus posted above.

Tada. Now you have your protein sequence. Its now time to fire up your web browser and point it to NCBI-BLAST (blast.ncbi.nlm.nih.gov)

Click on PROTEIN BLAST and paste your protein sequence in the text box seen below:

You will find the following results. What you need is the result with the highest (99-100%) Query Value, and it will usually be the first one. 

Click the Accession Value link, and you will be linked to this page:

Look for the title of the study where your protein sequence is related to. You can now infer the case that was given to you. In my case, it is Phenylketonuria.

It's fun to use this CLC viewer, albeit the hardships you gotta go through just to understand and be able to use this tool properly. Once you get the hang of it, however, it'll be smooth sailing from here on out.

Hope this helps!
/no1! 

MARSF Presents: Strings n' Percs - An Acoustic Christmas! (Christmas Rock!)

PLM College of Medicine! (and to the undergrads, yes, nood rin kayo go go go!)

Christmas break is just around the corner, so before we all go vacation mode, we from the Medical Alliance Rendering Service to Fellowmen present to all of you something to look forward to:

(c) Erick James Gastardo, 2013

Watch as each band from the different sections of CM beat and strum and mash-up the tunes you are all familiar with together with everyone's favorite season's music!

It will be held at the Justo Alberto Auditorium on December 17, 2013 from 6pm to 8pm onwards, followed by MTG (May Tinatagong Galing!) hosted by the CM Student Council from 8 onwards.

See you folks! 

/no1!