Future Career Scope Of Bioinformatics In 2030 - Why Bioinformatics Career Is The Best Choice?

Summary

This video explores the future of bioinformatics, a field at the intersection of biosciences and information technology, with vast potential for growth. The speaker outlines 11 key areas where bioinformatics will play a crucial role, including pharmacology, proteomics, gene therapy, and precision medicine. With advancements in quantum computing and global research, the field is poised for exponential growth. The speaker encourages viewers to consider a career in bioinformatics and offers resources for learning more about this dynamic field.

Takeaways

• 🔬 Bioinformatics stands at the intersection of biosciences and information technology, offering a unique advantage due to its overlap with growing fields.
• 💊 The field is expected to grow significantly with advancements in pharmacology and computer-aided drug design, especially with the impact of quantum computing.
• 🧬 Proteomics, the study of proteins, is heavily dependent on bioinformatics for data analysis,预示着bioinformatics will expand as proteomics research grows.
• 🌐 Centralized data analysis through globally accessible databases is a core aspect of bioinformatics, facilitating international collaboration in biological and medical research.
• 🧬 Gene therapy and cancer bioinformatics will play a crucial role in identifying gene or protein targets for cancer treatment, riding the wave of increased cancer research.
• 🩺 Precision medicine, which uses bioinformatics to analyze gene sequencing data, is set to be a major growth area, with bioinformatics playing a key role in its development.
• 🌾 Agriculture bioinformatics will be essential in developing pest-resistant and drought-tolerant crops to meet the growing global demand for food.
• 🧠 Systems biology and bioinformatics are closely linked, with the latter providing computational tools to understand complex biological systems and predict their responses.
• 🧬 Genetics and genomics research heavily utilize bioinformatics for data generation and analysis, with potential to revolutionize disease treatment and elimination.
• 💉 Immunoinformatics and vaccine discovery will benefit from bioinformatics in studying host-pathogen interactions and designing vaccines, especially in light of recent pandemics.
• 🧠 Neuroinformatics, a growing field, uses bioinformatics to understand the nervous system and could see significant advancements in the coming years.
• 🏭 Industrial biocatalysis is an application of bioinformatics in industry, focusing on discovering new biocatalysts through advanced DNA and protein sequence analysis.

Q & A

What significant question did the speaker ask themselves at the age of 19 that changed their life?

The speaker asked themselves where they want to see themselves in 10 years from now, which led to the creation of Biotechnica.

Why is bioinformatics considered a field that stands at the boundary of arts, science, and commerce?

Bioinformatics stands at the boundary of biosciences and information technology, providing a tremendous advantage as it benefits from the growth of both fields.

How does quantum computing impact the future of bioinformatics in drug discovery?

Quantum computing is expected to grow exponentially, which will have a significant impact on drug discovery processes, including bioinformatics.

What is the role of bioinformatics in proteomics and how does it influence the future scope of the field?

Bioinformatics is heavily dependent on proteomics for collecting, organizing, and analyzing protein sequences and their interactions, indicating a growing scope for bioinformatics as proteomics expands.

Why is centralized data analysis crucial for bioinformatics and its future?

Centralized data analysis through globally accessible databases enables collaboration among scientists, which is expected to grow significantly in the next decade, thus expanding the utility of bioinformatics.

How does gene therapy and cancer bioinformatics contribute to the future of bioinformatics?

Gene therapy and cancer bioinformatics involve organizing and analyzing data to identify gene or protein targets for cancer treatment, with global companies investing in cancer research, indicating a promising future for bioinformatics.

What is precision medicine and how does it relate to the growth of bioinformatics?

Precision medicine involves analyzing gene sequencing data to find mutations or gene variants affecting patients, and bioinformatics plays a crucial role in this field, which is still in its infancy and has high growth potential.

How does agriculture bioinformatics contribute to meeting the future demands for food crops?

Agriculture bioinformatics helps in the collection and storage of plant genetic resources to develop pest-resistant and drought-tolerant crops, addressing the growing demand for food.

What is the relationship between systems biology and bioinformatics?

Systems biology seeks to understand the functioning of biological systems as a whole, and bioinformatics tools are used for mathematical modeling and analysis to achieve fast results and validate predictions.

How does genetics and genomics research contribute to the growth of bioinformatics?

Genetics and genomics apply bioinformatics to generate data from DNA and RNA sequencing, and as research in these fields grows, so does the need for bioinformatics tools and techniques.

What is immunoinformatics and how does it relate to vaccine discovery and the growth of bioinformatics?

Immunoinformatics involves studying host-pathogen interactions and assigning functions to genes for vaccine design. With increased research into viruses, immunoinformatics and bioinformatics are expected to grow exponentially.

What is neuroinformatics and how does it utilize bioinformatics?

Neuroinformatics involves creating databases of experimental and computational data for understanding the nervous system. Bioinformatics tools are used to store and analyze this data, contributing to the growth of the field.

What is industrial biocatalysis and its significance in the context of bioinformatics?

Industrial biocatalysis focuses on the use of biocatalysts, often microbial enzymes, in industrial processes. Bioinformatics plays a significant role in discovering and identifying new biocatalysts through DNA and protein sequence analysis.

Outlines

00:00

💡 Reflecting on Life-Changing Questions

The speaker shares a personal experience from when they were 19, where a simple question about their future led to the creation of their company, Biotechnica. They encourage the audience to ask a similar question about the future of bioinformatics and whether it’s worth pursuing as a career. The focus shifts to the future potential of bioinformatics, emphasizing the importance of understanding its growing scope.

05:00

🔬 Bioinformatics: A Bridge Between Science and Technology

Bioinformatics is introduced as a field at the intersection of biosciences and information technology, providing a unique advantage as both areas grow. The speaker lists the first three key areas that will define the future of bioinformatics: pharmacology and computer-aided drug design (CADD), proteomics, and centralized data analysis. Each of these fields is explained in detail, showing how bioinformatics will expand by leveraging advancements in these areas.

10:01

🧬 Expanding Bioinformatics: Cancer Research and Precision Medicine

The speaker continues with three more future developments for bioinformatics: gene therapy and cancer bioinformatics, precision medicine, and agricultural bioinformatics. They explain how bioinformatics plays a critical role in gene therapy for diseases like cancer, precision medicine through gene sequencing, and improving crop resilience in agriculture. These fields are expected to grow, and bioinformaticians will be in high demand to manage the vast amounts of data involved.

15:02

🧠 Systems Biology, Genetics, and Genomics in Bioinformatics

Systems biology and bioinformatics are described as complementary fields, working together to understand biological systems through computational models. The speaker then discusses genetics and genomics, focusing on how bioinformatics helps in analyzing DNA and RNA sequences to study diseases, prevent mutations, and understand gene functions. The use of bioinformatics tools accelerates research in these critical areas, allowing for advancements in medicine and genetics.

💉 Vaccine Discovery and Neuroinformatics: Emerging Bioinformatics Applications

The speaker highlights immunoinformatics and vaccine discovery as crucial applications of bioinformatics, especially in the wake of the coronavirus pandemic. They discuss neuroinformatics, a field focused on the nervous system, which is expected to grow in importance. Both fields represent opportunities for bioinformaticians to contribute to medical research and development. The speaker concludes by emphasizing the future growth potential of these emerging fields.

🏭 Industrial Biocatalysis and the Future of Bioinformatics

In this bonus section, the speaker introduces industrial biocatalysis, where bioinformatics helps in discovering new biocatalysts, such as microbial enzymes, through advanced DNA and protein sequencing. This field is another area of exponential growth for bioinformatics. The speaker wraps up by encouraging students to learn bioinformatics and take advantage of certification courses and internships offered by Biotechnica to stay ahead in this rapidly evolving field.

👋 Wrapping Up: Learn Bioinformatics Today!

The speaker concludes by urging viewers to learn bioinformatics, regardless of their background, as it is a computational tool that will grow in importance. They invite viewers to explore Biotechnica's bioinformatics certification courses and internships, which can be attended online. The video ends with a thank you, a call to comment with questions, and a promise to return with more content in the future.

Keywords

💡Bioinformatics

Bioinformatics is an interdisciplinary field that combines biology, computer science, and information technology to analyze and interpret biological data. In the video, it is presented as a field with a promising future, standing at the intersection of biosciences and information technology. It is highlighted as a key player in various areas such as drug discovery, gene therapy, and agricultural advancements, indicating its broad applicability and potential for growth.

💡Pharmacology and CADD

Pharmacology is the study of drugs and their effects on living organisms, while Computer-Aided Drug Design (CADD) involves using computational methods to design and optimize new pharmaceuticals. The video emphasizes the role of bioinformatics in accelerating drug discovery, identifying drug targets, and predicting drug resistance, suggesting that advancements in quantum computing will significantly impact this area.

💡Proteomics

Proteomics is the large-scale study of proteins, focusing on their structures, functions, and interactions. The video mentions that proteomics is heavily dependent on bioinformatics for collecting, organizing, and analyzing protein sequences, indicating that the growth of proteomics will directly influence the expansion of bioinformatics.

💡Centralized Data Analysis

Centralized Data Analysis refers to the process of consolidating data from various sources for easier access and analysis. The video points out that bioinformatics provides globally accessible databases, which are essential for collaborative research in modern biology and medicine. The growth of global scientific collaboration is expected to enhance the importance of bioinformatics.

💡Gene Therapy

Gene therapy involves altering an individual's genes to treat or prevent diseases. The video discusses how bioinformatics can be applied in gene therapy to identify specific gene or protein targets for cancer treatment, positioning bioinformatics as a critical tool in the advancement of personalized medicine.

💡Precision Medicine

Precision medicine is an approach to medical treatment that takes into account individual variability in genes, environment, and lifestyle. The video notes that bioinformatics plays a role in analyzing genetic data to identify mutations or gene variants that can influence patient outcomes, highlighting its importance in the future of personalized healthcare.

💡Agriculture Bioinformatics

Agriculture Bioinformatics involves the application of bioinformatics tools to agricultural data, such as plant genetic resources. The video suggests that bioinformaticians can contribute to the development of pest-resistant and drought-tolerant crops, emphasizing the field's potential to address global food security challenges.

💡Systems Biology

Systems Biology is an integrative approach to biology that focuses on understanding the interactions and networks within biological systems. The video explains that systems biology, combined with bioinformatics, can help model and simulate complex biological processes, predicting responses to environmental changes and contributing to a deeper understanding of life's mechanisms.

💡Genetics and Genomics

Genetics is the study of heredity and the variation of organisms based on DNA, while Genomics is the study of the structure and function of genomes. The video highlights that bioinformatics is crucial in genetics and genomics for generating and analyzing data from DNA and RNA sequencing, which is essential for treating diseases and understanding genetic variations.

💡Immunoinformatics and Vaccine Discovery

Immunoinformatics applies computational methods to immunological data, aiding in vaccine design and development. The video mentions that bioinformatics can be used to study host-pathogen interactions and identify potential vaccine targets, suggesting that the field will grow in importance with increased focus on vaccine research.

💡Neuroinformatics

Neuroinformatics is the field that involves creating databases and software tools for understanding the nervous system's normal function and disorders. The video indicates that neuroinformatics, supported by bioinformatics, will play a significant role in advancing our knowledge of neurological conditions, positioning it as an emerging and important area within the broader scope of bioinformatics.

💡Industrial Biocatalysis

Industrial Biocatalysis refers to the use of biocatalysts, often microbial enzymes, in industrial processes. The video notes that bioinformatics has a significant role in identifying new biocatalysts through DNA and protein sequence analysis, which is crucial for the advancement of industrial biotechnology.

Highlights

The question 'Where do you want to see yourself 10 years from now?' can be life-changing.

Bioinformatics stands at the intersection of biosciences and information technology, offering a unique advantage.

Pharmacology and computer-aided drug design are key areas where bioinformatics accelerates drug discovery.

Quantum computing is expected to have a significant impact on drug discovery and bioinformatics.

Proteomics, the study of proteins, heavily relies on bioinformatics for data analysis.

Centralized data analysis in bioinformatics is crucial for global scientific collaboration.

Gene therapy and cancer bioinformatics play a role in identifying gene or protein targets for cancer treatment.

Precision medicine utilizes bioinformatics to analyze gene sequencing data for personalized treatment.

Agriculture bioinformatics can contribute to developing pest-resistant and drought-tolerant crops.

Systems biology and bioinformatics work hand in hand to understand biological processes at a systemic level.

Genetics and genomics apply bioinformatics to study DNA-based inheritance and genome structure.

Immunoinformatics and vaccine discovery use bioinformatics to study host-pathogen interactions.

Neuroinformatics involves creating databases for understanding the nervous system and neurological disorders.

Industrial biocatalysis is an application of bioinformatics in discovering new biocatalysts.

Bioinformatics is predicted to grow exponentially, impacting various fields like pharmacology, proteomics, and agriculture.

Biotechnica offers bioinformatics certification courses and online live internships for skill development.

Transcripts

when i was 19 years old

one question came to my mind one day

where i want to see myself 10 years from

now

and this question changed my life

because i

thought about it i worked on it

persistently

and that's how we could build

biotechnica

so this is my favorite question and

today i want to change your life

because i want to tell you the same

thing i want to urge you to

think about the same thing today let us

ask this question

but for bioinformatics where would

bioinformatics field be

in the next 10 years what will be the

future scope of bioinformatics

should you even pursue bioinformatics as

a career

so to answer all those questions we have

to get

started let's get started guys

[Music]

[Music]

now in all my videos i have always

insisted that

you have to stand at the

boundary of arts science

and commerce to achieve success in life

it's not just you perceive one thing

similarly this subject bioinformatics is

one such field

that stands at the boundary of

biosciences and information technology

this overlap gives you a tremendous

advantage over all others because if one

field grows

this field will also grow and that's why

it's a golden opportunity for

all of you now today let me give you

10 pointers which will help you decide

what will be the future of

bioinformatics how would it look like in

the next 10 years

right so starting with

number one pharmacology and cadd

computer aided

drug design so you already know what is

pharmacology

as we all know bioinformatics

accelerates drug discovery drug target

identification

as well as validation it also

facilitates the characterization

of side effects and it helps us

predict drug resistance in fact it is

also used in the

development of biomarkers toxic genomic

and pharmacogenomic both the tools

are used to maximize the therapeutic

benefit of drugs

now in the next 10 years you will see

quantum computing

growing quantum computing growing in

exponentially

and that will help tremendously that

will have a tremendous impact on cit

drug discovery process and of course

bio informatics so this field

is slated to grow on the shoulders of

these fields

number two proteomics noggin

proteomics as you know we all know this

proteomics is the

extensive study of proteins

it covers new scientific studies and

research

on proteomes from the complete level of

intracellular protein profiles

it helps us identify distinct protein

patterns

interaction protein protein interaction

protein activities

protein structures and bioinformatic

tools are help

are used in collecting and organizing

and analyzing these protein sequences

it also helps us in the characterization

of proteins

and their interactions this

process is involved this process of

proteomics

is heavily dependent on bioinformatics

and that means the application of

proteomics

as it will expand bioinformatics will

also expand

in its utility so again bioinformatics

is riding on the shoulder of

proteomics also so the scope is huge

number three centralized data analysis

now i'm sure you have heard of

this term bioinformatics provides

central globally accessible databases

okay that enables several scientists to

submit search and analyze information

[Music]

bioinformatics is even super essential

for the analysis of

data in modern biology as well as

medicine

and this global collaboration which is

going on

is going to grow by leaps and bounds in

the next decade definitely it is going

to grow

so learning bioinformatics at this point

at this stage

will definitely put you on the

international road map of collaboration

right so it makes sense again so these

are the three pointers i gave you

now move on to the fourth one gene

therapy

cancer bioinformatics okay

so cancer is one big research area

gene therapy is a method employed to

prevent cure and treat diseases

by altering the person's gene expression

right you know gene therapy

bioinformatics can be

applied to diseases such as cancer

okay and that is where cancer

bioinformatics comes in it deals with

the organizing

and analyzing data so that important

patterns of trends can be identified

and that too globally right specific

gene or protein

targets which can you know which can be

used to target cancer cells

also can be identified and we all know

how many global companies are investing

in

cancer research today and being an

internationally acclaimed

bioinformatician

you can get job get a job in cancer

research companies as a cancer

bioinformatician

so again you'll ride on the shoulders of

cancer research

number five precision medicine now

precision medicine medicine we know that

bioinformatics is used here as well to

analyze data

from gene sequencing or microarray uh

gene

expression analysis okay in search of

mutations or gene variants

that can affect patients in multiple

ways right

and we also study the response to a

particular drug

or how it modifies the disease prognosis

we all know precision medicine is the

future of medicine

and that means you can play a huge role

in this field as well as a

bioinformation because precision

medicine is still in its

infancy bought shorter it's very small

any field which is it

in its infancy has high chances of

growth

so bioinformatics will again ride on the

shoulders of

precision medicine number six

agriculture bioinformatics now the world

as

we know it today okay so population is

growing

exponentially growing so is the demand

for food crops

now in the future there will be need for

more

pest resistant and drought tolerant

crops as a bioinformatician you can play

a huge role

here in collection and storage of plant

genetic resources using various

bioinformatic tools

you can use these these to manufacture

stronger disease and insect resistant

stress tolerant crops and

it is also it can be used in the

comparative genetics of

models in non-model plant species to

discover

organization of genes with respect to

each other so i believe agree

bioinformatics is the most exciting

field

according to me here you can grow leap

and bounds to the future

i think this is something which you

should seriously consider

number seven systems biology

plus bioinformatics both hand in hand

okay systems biology we know that seeks

to understand how

cells tissues organisms

function okay from perspective of the

system as a whole so how it is actually

working

and then computational system biologists

come into picture they use mathematical

modeling they use mathematical

simulation they use statistical analysis

to gain fundamental understanding of how

this system works

how the biological process works such as

maintenance of homeostasis minimal

requirements required for

any function or system response to

environmental stress in environmental

disturbance

perturbation predicting response to

system stressors and dissecting proteins

and nucleic acid networks everything

is studied under systems biology

implementation of bioinformatics tools

and techniques will help the system

biology

use the computer models to achieve

fast results and it will also help to

validate these predictions

right so that is why i said it will go

hand in hand so if systems biology grows

bioinformatics will also grow number

eight genetics

and genomics now we

all know that genetics is the study of

dna based inheritance right so of course

this is how genes are transferred

and variation of individuals based on

genomics

right now genomics is the study of

structure and

function of the genome now both apply

bioinformatics and computational

techniques

to generate data from dna and rna

sequencing microarrays proteomics

electron microscopy or optical methods

for

nucleic acid structure determination

now that all this can be done under

bioinformatics now this is a lot of

research

there is a lot of research going on in

genomics and genetics to treat diseases

we know that right

elimination of chances of mutation or

alleviate mortality altogether

from humanity that we don't die ever and

with the help of

modern bioinformatic tools we can

accelerate this process

we can accelerate the process of

identification

manipulation and prediction of

desired results right so that is where

bioinformatics comes into picture

again it will ride on this shoulder

number nine

immunoinformatics and vaccine discovery

okay so bioinformatics

can be used here as well now these

methods of bioinformatics can be used to

study

host pathogen interactions

also it can be used to assign functions

to uncharacterized genes which can be

targeted

as candidates in vaccine design

now with the advent of coronavirus

pandemic

and the awareness around it and the

research dollar which is going into

these researches against viruses in the

recent years

which will lead to growth of immuno

informatics

vaccine design and development and this

will

lead to further exponential growth of

the

bioinformatics field as well so you are

going to

ride on the shoulders of vaccine

sciences also

vaccinology also number 10

neuro informatics okay new name

but very important neuroinformatics is a

field involved in creating and

maintaining

web-based accessible database of

experimental

and computational data and

innovative software tools okay which is

essential for

understanding the nervous system in its

normal function and then comparing it

during a

neurological disorder that's what is

neuroinformatics now neuroinformatics

experimental databases

store function and anatomy annotations

of nervous system okay or nervous system

genes

okay and these are acquired through

different methods different

methods such as structural and

functional

magnetic resonance okay mri as well as

fmri now these this is an ascent field

again okay

and we'll see it growing in the coming

years right and like i have said

if it is an ascent field it is going to

grow and you will ride

on the growth point now i have a bonus

point also

industrial biocatalysis now this is an

industrial application of bioinformatics

one of the key focuses during industrial

biocatalysis

is bio catalyst now that is used usually

what a kind of a

microbiol a microbial enzyme now new

technologies of bioinformatics

have played and will in fact continue to

play much and much

significant roles in the industrial

biocatalyst

research responses okay in the waves of

genomic revolution you will see all this

is happening

one of the key application of

bioinformatics in biocatalysis

is discovering and identifying

new biocatalyst through advanced dna

and protein sequence now that can

involve

search comparison and analysis of

internet databases

using different algorithms and softwares

so these are all hardcore bioinformatics

things

which will help you grow so there you

have it

i give you 11 pointers i told you 10 i

gave you 11 pointers today

to predict the exponential growth of

bioinformatics

as a field and justify to you

why you as a student must learn the

basics of bioinformatics

today and to help you do just that

we have biotechnica has a wide area of

bioinformatics certification courses

online live internships which can

be available from home

sit at home and attend these classes all

you need to do is

click on the link given in the

description

and you will get complete access to all

the resources

needed to grow along with this field

even if you're from any other field also

knowing basics is very important because

it's a computational tool

right and this is how we end this video

thank you so much for watching this

video and

i will see you again in the next one

kindly comment below if you have any

questions

and we will try our best to answer all

of them

as soon as possible so see you soon in

our next video

thank you so much take care bye