3 Important Things About Violet Biotechnology You Need To Know

Currently, Violet Biotechnology is one of the growing areas of research. With conventional techniques, it has the potential to solve many biological problems. Its application covers a broad spectrum covering drugs, agriculture, GMO, genetic engineering, etc.

Violet Biotechnology is a technology related to publication, invention, IPR, and patent biotechnology. All forms of biotechnology aim to increase the number of discoveries, and the types of Violets Biotechnology defended it in the right way. It is devoted to regulation and solving problems. The growing number of discoveries, Violet Biotechnology will continue to increase. Violet Biotechnology will be able to retain everything ever made fairly.

Bio Engineering is the fundamental science of all biotechnology applications. In the 21st century biotechnology is often used to refer to genetic engineering technologies. The growing term is used for how to modify biological organisms to the needs of humanity. It begins with the original crop modifications being improved food crops through artificial selection and hybridization.

What The Rainbow Code Of Biotechnology?

There are 10 divisions of colour Biotechnology in essence, the most familiar is white, red and green biotechnology. Below explanation one by one from the color Violet Biotechnology:

  • BLUE: Marine Biotechnology
  • BROWN: Biotechnology of Dessert and Dry Regions
  • DARK: Bioterrorism, Biological Warfare
  • GREEN: Processes Improving Agriculture
  • GREY: Envirnomental Biotechnology
  • GOLD: Bioinformatics, Computer Science
  • VIOLET: Law, Ethics, Philosophy
  • RED: Medicine and Human Health
  • WHITE: Industrial Processes Involving Microorganisms
  • YELLOW: Food and Nutrition

Further Read : Urgent!! 6 Types Of Bio Technology That You Should To Know

What Are The Tools Used In Molecular Biology?

  • Microarrays.
  • Molecular cloning.
  • Gel electrophoresis.
  • Polymerase chain reaction.
  • Macromolecule blotting and probing.
  • Allele-specific oligonucleotide.

What Are The Steps Of Genetic Engineering?

This way is also more specific because one trait can be added to the plant:

  • Step 1: Extraction of DNA. The genetic engineering process requires a successful five-step completion.
  • Step 2: Clone the gene.
  • Step 3: Design the genes.
  • Step 4: Transformation.
  • Step 5: Breeding the Backcross.

Application of Biotechnology in Environment

  • Bio-marker
  • Bio-energy
  • Bioremediation
  • Biotransformation

Applications of Biotechnology in Agriculture

  • Vaccines
  • Antibiotics
  • Flowers
  • Biofuels
  • Plant and Animal Reproduction
  • Pesticide Resistant Crops
  • Nutrient Supplementation
  • A biotic strain confrontation
  • Manufacturing power Fibers

Applications of Biotechnology in Medicine

  • Biopharmaceuticals
  • Gene therapy
  • Pharmaco-genomics
  • Genetic Testing

Application of Biotechnology in Food Processing

  • Food processing
  • fermentation
  • protein engineering

What Are The Tools Used In Genetic Engineering?

  1. DNA Ligase

Enzymes called DNA ligase can create covalent bonds between the nucleotide chains. Any genetic research, it is necessary to connect two or more strands of individual DNA, to make a recombinant strand, or to seal a round strand that has been cut with restriction enzymes.

  1. Prokaryotic Host

Bacteria, Escherichia coli is the first organism used in DNA experiments. Undoubtedly, E. coli, the simplest Gram negative bacteria (common bacteria of human intestine and animals), is already a key role in the development of current biotechnology.

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  1. Restriction Enzymes (Molecular Scissor)

Endonukleas restriction or enzyme discovery is essential for protein engineering. Based on the nucleotide sequence this enzyme cuts DNA in a more specific location.

  1. Polymerase Chain Reaction

The polymerase chain reaction (PCR) doubles the DNA exponentially for each of the 25 to 75 cycles. One cycle takes only a minute or so.

  1. Gel Electrophoresis

Cell culture purifies DNA or cuts it using a restriction enzyme will not be much useful if we cannot visualize DNA.

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