Journal of Applied Bioinformatics & Computational Biology (JABCB) promotes rigorous research that makes a significant contribution in advancing knowledge in the fields of Biology & Bioinformatics.

2. BIOINFORMATICS
Bioinformatics originates information from laptop
or computer research of technological information.
These can involve the information saved in the
inherited rule, but also trial outcomes from various
resources, individual research, and technological
literary works.
Research in bioinformatics includes method
development for storage, retrieval, and research of
the information.

3. Computational Biology
The history of processing in chemistry goes
back to the Twenties when researchers were
already thinking of developing scientific
regulations completely from information
research by introduction.
However, only the development of highly
effective computer systems, and the
accessibility to trial information that can be
easily handled by calculations released
bioinformatics as a separate area.
Today, practical programs of bioinformatics
are easily accessible through the globally web,
and are commonly used in scientific and
scientific research.

4. Computer Science and Biology
The connection between details
technology and chemistry is a organic one
for several factors.
First, the incredible amount of scientific
details being created provides challenges:
large quantities of details have to be saved,
evaluated, and created available.
Second, the characteristics of the details
is often such that a mathematical
technique, and hence calculations, is
necessary.
Third, there is a powerful example
between the DNA series and a software
system.

5. Is Bioinformatics & Computational Biology Same? NO
Computational Biology: The growth and program of data-
analytical andtheoretical techniques, statistical modelling
and computational simulator techniquesto the research of
scientific, behavior, and public techniques.
Bioinformatics: Research, growth, or program of
computational resources andapproaches for growing
the use of scientific, medical, behavior or health
information,including those to obtain, shop, arrange,
database, evaluate, or imagine such information.
Bioinformatics is the development of resources that
fix problems. The objective is to develop useful resources
that work on scientific information. It is about
technological innovation.

6. Fields Related to Bioinformatics
Computational Biology
Genomics
Proteomics
Pharmacogenomics
Pharmacogenetics
Cheminformatics
Functional genomics
Computational chemistry
structural bioinformatics
Comparative genomics
Biophysics
Biomedical informatics Mathematical
Biology
Pharmacoinformatics
Systems biologyAgricultural informatics