Ever since the computing power of computers rose by leaps and bounds, its use in understanding the nature of biological process, has given rise to a new area called Bioinformatics.
This article discusses the specific strengths and features of the programming language Perl. More specifically, it explains PERL’s usefulness in the field of bioinformatics.
This article discusses the concept of regular expressions and how they are used in relation to the programming language Perl.
This article discusses the use of Perl CGI in web programming. Specifically, how CGI as a connection between programs and servers, is used to create web pages, and how Perl CGI is used in bioinformatics.
ADHD might be a medical disorder, but it brings about various social problems for the child and for the child’s family. This is why interventions are needed. Here are some intervention approaches that the parents may consider having.
Coping with ADHD involves different modes of treatment, but which one is best for your child? Here is a description of a study that compared four different treatment programs, including a multimodal treatment.
Understanding how nanotechnology works can be partially explained by understanding the different methods used and how they are applied.
In the most basic of terms, Nanotechnology refers to the projected ability to construct items from the bottom up. It is the engineering of functional systems down to the molecular level. There are, however, many different spins on the terminology.
New advances in Grid Engine software and the use of Bioinformatics are increasing the capability to create your own supercomputer.
Techniques and tools used in Nanotechnology span from traditional methods to using new technological advances in the field.
Though one can think of many areas where nanotechnology can be put into use, there are primarily six main focuses set for the possible applications of Nanotechnology and it’s uses for the future.
Mathematical models and numerical analysis combined with computing allow scientists and engineers to simulate scientific problems to develop better solutions.
Many experimental methods are available for neuroscience, but integrative approaches and technological advancements are a way to better understand the human brain.
This article discusses the relationship of information technology with biological research, when combined creating bioinformatics. Some skills it is necessary to have is knowledge of biology as well as basic computer-programming knowledge.
Discoveries in The last century following the DNA exposure have spawned a great deal of research in biological sciences. Aided by the revolution in information technology, we are seeing a coalescence between the research discipline and information technology to seek answers and better treatment.
There is huge volume of information on biological sciences spread across countries all over the world. In order to share data across the borders, the best way is to create an internet database, through which any researcher anywhere can extract information relating to their field.
In bioinformatics there is a large number of areas in which any person who wishes to enter the field can choose to specialize in. Here are some types of projects a bioinformatician can become involved in, which is no means complete.
BLAST (all caps) stands for Basic Local Alignment Search Tool. It’s an acronym for software used in Bioinformatics.
The discovery of DNA, RNA and other biological functions has created a new field in which information technology plays a major part. One is storage of the discovered data and the second is the use of computer software to analyze and simulate new situations to see biological responses.