Biotechnology in Veterinary Medicine

Journal of Environmental Treatment Techniques

2019, Special Issue on Environment, Management and Economy, Pages: 1157-1160

J. Environ. Treat. Tech.

ISSN: 2309-1185

Journal web link: http://www.jett.dormaj.com

Biotechnology in Veterinary Medicine

Yusnidar Yusuf , Phong Thanh Nguyen *, E. Laxmi Lydia , K. Shankar , Robbi Rahim

¹Universitas Muhammadiyah Prof. Dr. HAMKA, Indonesia

Department of Project Management, Ho Chi Minh City Open University, Vietnam

Professor, Vignan’s Institute of Information Technology(A), Department of Computer Science and Engineering, Visakhapatnam, Andhra

Pradesh, India

Department of Computer Applications, Alagappa University, India

Sekolah Tinggi Ilmu Manajemen Sukma, Medan, Indonesia

Received: 13/09/2019

Accepted: 22/11/2019

Published: 20/12/2019

Abstract

In various areas of medicine biotechnology is consider as already established approach, but to revolutionize veterinary

practice with the potential in veterinary medicine field it has only begun to emerge. For animal breeding and veterinary medicine

it has proposed new dimensions with the continuous growth of modern biotechnology. To discard any possible genetic disorder it

ultimately permits to consequently and detect through genome analysis of important breeding species. It can also detect more

reliably and easily the infectious diseases. With improved productivity and health it opens the possibility to generate animals with

the production of transgenic livestock and it introduced a less time taking program of breeding.

Keywords: biotechnology, veterinary medicine,genetic disorder, breeding.

of abilities required for the usage of living frameworks or

the affecting of regular procedures in order to create items,

frameworks or situations to support human improvement.

Introduction

To reconstruct or improve a product, for peculiar

purposes to evolve micro-organisms, to ameliorate plants or

animals, to use substances or living organisms ability is

defined as the term Biotechnology (1-3). The gathering and

reproducing of phenotypically wanted people is a perfect

outline of a settled use of biotechnology involve in

conventional animal breeding (4). From the recent

breakthroughs like limits and directs every one of the

elements of living life forms, the innate substances in every

single living creature from microbes to an elephant,

recombinant Deoxyribonucleic Acid (DNA) comes the

latest biotechnology (5, 6). For the well-being of humanity

by genetic manipulations utilizing vector and

microorganisms hosts embryo manipulation technology,

DNA technology and its corresponding techniques,

Polymerase chain reaction (PCR), monoclonal antibody

techniques have underlined attain abilities. (7, 24). The

usage of natural procedures, life forms or frameworks to

deliver items that are foreseen to improve human lives is

named biotechnology. Comprehensively, this can be

characterized as the building of creatures with the end goal

of human use. It can likewise be characterized as the range

Figure 1: In industry role of Veterinarians

Right now biotechnology puts more accentuation on the

foundation of half breed qualities pursued by their

exchange into living beings in which a few, or all, of the

quality isn't typically present. In ancient occasions, a crude

type of biotechnology was rehearsed by agriculturalists

who built up better-quality types of plants and creatures by

techniques for cross-fertilization or cross-rearing. Past

types of biotechnology incorporate the preparation and

specific rearing of creatures, the development of harvests

and the usage of small scale living beings to deliver items,

for example, cheddar, yogurt, bread, lager and wine. Early

horticulture focused on delivering nourishment.

Corresponding author: Yusnidar Yusuf, Universitas

Muhammadiyah Prof. Dr. HAMKA, Indonesia. E-mail:

yusnidar_yusuf@yahoo.co.id

Phong Thanh Nguyen, Department of Project Management,

Ho Chi Minh City Open University, Vietnam. E-mail:

phong.nt@ou.edu.vn.

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Journal of Environmental Treatment Techniques

2019, Special Issue on Environment, Management and Economy, Pages: 1157-1160

Figure 2: Development of biotechnology

Table 1: Categories of biotechnology

subordinate to veterinary medication. Accordingly, the

advancement of these advances ought not be obstructed

inasmuch as they don't contrarily affect wellbeing, security,

or welfare of people, creatures, or the earth.

Applications of Biotechnology in Veterinary Medicine

In the diagnosis current biotechnology is regularly

utilized. The creation of business veterinary medications

and antibodies which can possibly altogether influence the

manner in which veterinarians will rehearse veterinary

medicine (8, 23). To animal health the biotechnology

Figure 3: Health care, Animal medicine, Veterinary medicine

application

dominatingly

prophylactic

concerns

incorporate: immunocastration and other biotechnological

applications, molecular gene cloning, advanced veterinary

diagnostic procedures, the development and generation of

Biotechnology has potential applications in the

administration of a few creature sicknesses, for example,

foot-and-mouth infection, old style swine fever, avian

influenza and ox-like spongiform encephalopathy. The

most significant biotechnology-based items comprise of

immunizations, especially hereditarily built or DNA

antibodies. Quality treatment for sicknesses of pet creatures

is a quick creating region on the grounds that huge numbers

of the advancements utilized in clinical preliminaries

people were created in creatures and huge numbers of the

ailments of felines and canines are like those in

humans.RNA obstruction innovation is currently being

applied for research in veterinary medication. Atomic

conclusion is accepting a significant spot in veterinary

practice. Polymerase chain response and its changes are

viewed as significant. Fluorescent in situ hybridization and

protein connected immunosorbent measures are

additionally generally utilized. More current biochip-based

advancements and biosensors are likewise finding their way

in veterinary diagnostics. Biotechnology items are endorsed

helpful

items

and

biotechnologically

inferred

immunizations (9, 21, 22).

For several applications the Biotechnology is used, the

factors are including:

a. Agricultural practices that sustainable for

environmentally are promoting

b. To eliminate genetic-based diseases and infectious

diseases increase host resistance

c. Diagnostic tools and improved animal medicinal

products are promoting

d. It should ensure that production is affordable food

supply, safe and abundant.

e. Protecting and benefitting animal health and

public health

f. For the safety of human food and animal feeds

improve nutritional value and utility value.

The production of new advancements through research

and the reasonable use of that information is an important

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Journal of Environmental Treatment Techniques

2019, Special Issue on Environment, Management and Economy, Pages: 1157-1160

by the Center for Veterinary Medicine of the FDA.

Administrative issues important to creature biotechnology

are portrayed. In the Environment role of Veterinary

Medicines

Ethical Issues

Biotechnology makes certain to be a piece of things to

come of veterinary drug; animal health and management.

Nonetheless, any new innovation conveys a moral duty

regarding an effective application and the acknowledgment

that there are potential unexpected risks that may

accompany the gigantic positive potential. Consequently

moral concerns, including creature welfare issues, can rise

at different stages in the engendering and life expectancy of

an individual hereditarily built creature. The succeeding

section specify a portion of the worries that have radiated

during the friend driven prerequisite advancement

methodology and related effect examination conferences

directed by the Canadian Council of Animal Care (CCAC).

The CCAC achieves a satisfactory ethic of animal use in

science, which incorporate; hypothesis of the Three Rs

In surface waters, ground waters and soils around the

world currently researcher have distinguished low degrees

of veterinary prescriptions. In spite of the fact that it have

been researched the associated impacts and environmental

occurrence of certain mixes for example chose antibacterial

compounds, It is not surely known the effects of numerous

different substances found in nature. Accordingly,

questions have emerged about the impacts of veterinary

prescriptions on living beings in nature and on human

wellbeing.

(

Reduction of animal populace, Refinement of

authorizations and ranch administrations to abridge

suffering and despondency, Replacement of animals with

non-animal surrogate any place fundamental.

Modern Initiatives

.1 Cows Genomics Program

The office has started a task on dairy cattle genomics

program. The venture visualizes producing phenotypic

information of five high milk yielding indigenous cows

breeds, their genomic examination, recognizable proof of

SNPs and advancement of chips for assessment and

determination of value creatures. The fundamental point of

the proposition is to foresee reproducing estimation of a

creature utilizing genomic data with execution record,

hereditary worth at an early age. The capacity to choose a

first class creature at an early age will help improving the

profitability.

Figure 4: In the environment role of veterinary medicine

Diagnostic systems in Veterinary Medicine

Various strategies have been utilized to distinguish and

recognize illnesses and analyze their causal operators,

extending from the most customary strategies utilizing

biochemical and biochemical procedures to an expanding

number of immunological and sub-atomic systems from

present day biotechnology. These immuno-enzymatic

strategies are by and large constantly improved and fuse

innovations, for example, fast symptomatic strip tests,

which are exceptionally simple to utilize, even at creation

unit level, and yield a quick outcome. Moreover, the

advancement of sub-atomic science has opened up

tremendous conceivable outcomes in demonstrative

methods which are quick getting to be boundless in

veterinary indicative research centers (10, 19, 20).

.2 Program on Bovine Tuberculosis (DTB)

The division after a few rounds of conceptualizing

gatherings has planned a Bovine Tuberculosis Network

program as a team with the Bill and Melinda Gates

Foundation. The system program incorporates a few

explicit segments concentrating on bTB reconnaissance for

bTB predominance, bTB control program through BCG

inoculation, foundation of storehouse, and preparing of

youthful researchers. The program has been together

financed by Bill and Melinda Gates Foundation and DBT

and has been actualized at 8 scholastic and national

establishments including almost 80 PIs, Co-PIs and

research researchers.

.3 Canine Health Research Program

So as to actualize PAN program on Canine Health

Research the division has started a program including

specialists from colleges and foundations to address serious

issues of Canine upkeep and support as far as wellbeing,

nourishment and treatment and so on to counteract zoonotic

contamination through incorporation of human and

veterinary medication interface for tending to One Health

idea in canine. Under this program two Canine Research

focuses have been set up, 6 systems figured, 42 ventures

have been upheld at more than 15 state veterinary

Figure 5: In many countries used diagnosis technique

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Journal of Environmental Treatment Techniques

2019, Special Issue on Environment, Management and Economy, Pages: 1157-1160

universities, national research organizations, national

focuses and private businesses including about 240 PIs, Co-

PIs and research researchers.

12. Martínez R., Carpio Y., Gómez Y. et al.– Acuabio 1 estimula

el metabolismo anaerobio y el sistema inmune innato de las

larvas de goldfish

006;23:289-95.

tilapia. Biotecnología Aplicada

3. Park WJ, Park BJ, Song YJ, Lee JB, Jang YG, et al. Induction

of immunocastration in pre-pubertal boars immunized with

recombinant gonadotropinreleasing hormone conjugated with

B.Japanese Journal of Veterinary Research, 2015;63:73-81.

.4 Brucella Free Village Program

So as to control Brucellosis, a plan of Brucella Free

Village has been arranged and to execute this plan a pilot

study has been proposed. Under this examination fifty

towns have been chosen from 10 states wherein the

creatures and people will be screened for brucellosis and

control measures as far as creature isolate for tainted

creatures, treatment for contaminated people and

immunization for powerless creatures will be performed to

make the town free of brucellosis.

14. Maharana BR, Tewari AK, Saravanan BC,Sudhakar NR.

Importanthemoprotozoan diseases of livestock: Challenges in

current diagnostics and therapeutics: An update.Veterinary

World. 2016;9:487-495.

5. VanGuilder HD, Vrana KE, Freeman WM. Twenty-five years

of quantitative PCR for gene expression

analysis.Biotechniques, 2008;44:619-626.

6. Verweij JJ, Stensvold CR. Molecular testing for clinical

diagnosis and epidemiological investigations of intestinal

parasitic infections. Clinical Microbiology Reviews,

Conclusion

To reconstruct or improve a product, for peculiar

014;27:371-418.

7. Kaikabo AA, Kalshingi HA. Concepts of bioinformatics and

its application in veterinary research And vaccines

development.Nigerian Veterinary Journal, 2007;28:39-46.

purposes to evolve micro-organisms, to ameliorate plants or

animals, to use substances or living organisms ability is

defined as the term Biotechnology. In various areas of

medicine biotechnology is consider as already established

approach, but to revolutionize veterinary practice with the

potential in veterinary medicine field it has only begun to

emerge. With improved productivity and health it opens the

possibility to generate animals with the production of

transgenic livestock and it introduced a less time taking

program of breeding.

18. Cutrera J, King G, Jones P, Kicenuik K, Gumpel E, et al. Safe

and effective treatment of spontaneous neoplasms with

interleukin 12 electro-chemo-gene therapy.Journal of Cellular

and Molecular Medicine, 2015;19:664-675.

9. Pagar T, Ghotekar S, Pagar K, Pansambal S, Oza R. A

review on bio-synthesized Co3O4 nanoparticles using

plant extracts and their diverse applications. Journal of

Chemical Reviews. 2019;23:260-70.

0. Itodo AU, Itodo OM, Iornumbe E, Fayomi MO. Sorptive

chelation of metals by inorganic functionalized organic WOx–

EDA nanowires: adsorbent characterization and isotherm

studies. Progress in Chemical and Biochemical Research. 2019

Oct 18;1(1, pp. 1-59):50-9.

References

Tierärztlichen Institut, Georg-August-Universität, Göttingen,

Biotechnology in veterinary medicine and animal

production", Dtsch Tierarztl Wochenschr. 1994

Mar;101(3):96-9.

1. Shafiee AH, Shafieeb MR. Determination of Clozapine by Air

Assisted Dispersive Liquid-Liquid Microextraction Based on

Solidification of Organic Droplet Followed by HPLC in

Vijayakumar S, Sasikala M. Application of biotechnology: A

current review. International Journal of Pharmacy, 2012;2:59-

Human Serum.

2. Ganni B, Kumar R, Jain M, Kumar VB, Shrivastava S, Kumar

P. Development and Validation of Stability Indicating HPLC

Method for the Determination of Process and Degradation

Related Impurities in Telmisartan Drug Substance. Chemical

Methodologies. 2019 Mar 1;3(2. pp. 145-275):145-65.

Raju SR, Suma MS, Nalina M, Chandrashekara KN. Basic

concept of biotechnology. Laxmi Book Publication, India,

015:240-322.

Rege JEO. Biotechnology options for improving livestock

production in developing countries with special reference to

sub-Saharan Africa. Third Biennial Conference of the African

Small Ruminant Research Network UICC Kampala Uganda,

3. Andayesh R, Elhami S. Application of modified sawdust for

solid phase extraction, preconcentration and determination of

trace lead in water samples. Asian Journal of Green Chemistry.

994:5-9.

019 Oct 1;3(4, pp. 418-549):536-49.

Ahmed S Khosa AN. An introduction to DNA technologies

and their role in livestock production: A review. The Journal

of Animal & Plant Sciences, 2010;20:305-314.

Cobb M, Oswald Avery. DNA and the transformation of

biology. Current Biology, 2014;24:55-60.

Okonko IO, Olabode OP, Okeleji OS. The role of

biotechnology in the socio-economic advancement and

national development: An Overview. African Journal of

Biotechnology, 2006;5:2354-2366.

4. Kosareva ON, Dinova GE. Seasonal development of

introduced apple-tree varieties under arid conditions of

Western Kazakhstan. EurAsian Journal of BioSciences.

019;13(2):717-27.

Liew PS, Hair-Bejo M. Farming of plant-based veterinary

vaccines and their applications for disease prevention in

animals. Advances in virology. 2015;2015.

Borroto CG. Biotechnology and its application to veterinary

science conf. office international des epizooties (OIE). World

organization for Animal health, 2008:231-240.

0. Schmitt B., Henderson L.– Diagnostic tools for animal

diseases. Rev sci tech Off int Epiz, 2005;24(1):243-50.

1. Vercruysse J., Knox D.P., Schetters T.P., Willadsen P.–

Veterinary parasitic vaccines: pitfalls and future directions.

TRENDS in Parasitology 2004;20(10):488-92.

1160