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Following session we'll cover
bioinformatics basics within
the context of this subject,
focusing on the fundamentals
of bioinformatics,
its role in managing and
interpreting vast
biological data
and the importance of
global biological databases
in facilitating research.
We will discuss key
computational tools
for sequence comparison,
gene prediction,
and protein analysis,
highlighting
their applications
in understanding
gene function and
protein structure.
The lecture will
also explore how
bioinformatics advances
research across biology,
healthcare, and
conservation, driven by
innovations in big data and
artificial intelligence.
In this session, we'll
explore the fundamentals of
bioinformatics and why it's
indispensable in modern biology.
Bioinformatics combines
biology, computer science,
mathematics and
statistics to address
the explosion of
molecular data like DNA,
RNA and protein sequences.
Since traditional analysis
by hand isn't practical,
bioinformatics
enables us to store,
retrieve, and interpret
this information,
turning raw sequences into
meaningful biological insight.
Computational tools
open new horizons in
understanding
evolution and issues
in human health and disease.
One of the foundational
components of bioinformatics
is the use of large curated
biological databases.
Centralized resources
like Genbank,
the European nucleotide Archive,
and the DNA data Bank of Japan
collectively house billions of
DNA sequences and annotations,
