From Nokia 5800

This evening one of my friend gave me his Nokia 5800 phone for installing few application in it.
As expected I installed lots of goodies on it including my favorite mobile application Opera mini.
This phone is one of the cheap touch screen phone available in the market. As clear from the word "cheap" , touchscreen isn’t very responsive on this device.
I’m typing this post in Opera mini browser using full QWERTY keypad but it is very hard to type on it.
It took me more than 15 minutes to type up to this point.
So if you need a phone just for browsing internet then it’s a good option but if your requirement is a phone as a tool for social-networking that involves typing long messages and blogging then I’ll suggest you to stay away from it cause this phone has a horrible touchscreen implementation no matter how much Nokia tried to advertise it as a Apple iPhone killer.
And voila! I’ve accomplished a daunting task of typing this whole post on its screen.
Time to return it to its owner.

Few shots from this internet browsing session on Nokia 5800 Xpressmusic:-

Installed Piano application

View of my blog from Opera mini:-


Chemotaxis- Bacterial Movement!

Still don’t have any faster way to get online (again posting from Nokia N72 using Vodafone GPRS!) but I’m expecting to get a broadband connection installed at my home by this Monday.
And I discovered the answer to that question in that book itself. Here’s the solution-
For distinguishing a Procaryote from Eucaryote without using a Microscope, the phenomena of “Chemotaxis” may be considered.
Bacteria, falls under Procaryotes shows movement towards certain chemicals known as “Attractants” also they show movement away from some chemicals, named as “Repellents”.
This type of behavior is shown by bacteria only.

1:-Take a capillary tube, fill it with some proper attractant & place it over a bacterial suspension. On diffusion of attractant from the end of the capillary, bacteria will swim up that capillary tube.
Number of bacteria in that capillary tube will determine the strength of attractant & rate of chemotaxis.

2:- If bacteria are placed in the centre of a petri dish of a semisolid agar containing an attractant, the bacteria will exhaust the local supply & then swim outward following the attractant gradient they have created. Result is expanding ring of bacteria.
And when a disk of repellent is placed in a petri dish of semisolid agar & bacteria, the bacteria will swim away from repellent, creating a clear zone around the disk.

Posting it from my Nokia N72

Don’t have any better way to get online this time 😦 so I thought of trying Opera browser for Symbian phone (courtesy Apoorv).
My high school friend Apoorv is with me and he’s going to stay here for two days.

One thing that bugging me a lot since I started studying Procaryotic cell structure is a “Critical Thinking Question” from my book “Prescott, Harley & Klein’s Microbiology”.
Here’s that question-
If you could not use a microscope, how would you determine whether a cell is Procaryotic or Eucaryotic? Assume the organism can be cultured easily in the laboratory.

“typing in text field using Opera’s T9 dictionary is a suck!”