research center for agricultural and veterinary sciences

Research Center for Agricultural and Veterinary Sciences

C.I.C.V.y A.


Instituto Nacional de Tecnología Agropecuaria



Centro de Investigación en Ciencias Veterinarias y AgronómicasCentro de Investigación en Ciencias Veterinarias y Agronómicas

Relationship of CICVyA with Strategic Areas and National Programs

OFFICE OF STRATEGIC AREAS

Molecular Biology, Bioinformatics and Genetics Advance Genetic Resources, breeding and Biotechnology

NATIONAL PROGRAMS

Industrial Crops-Oilseeds-Meat-Milk-Cereals-Fruit-Forest-Bee-Vegetables, Flowers and Aromatic Plants, Animal fibers




Centro de Investigación en Ciencias Veterinarias y AgronómicasCentro de Investigación en Ciencias Veterinarias y AgronómicasResearch Center for Agricultural and Veterinary Sciences

Next-Generation Vaccines Disease, Herpes Virus (patent), Rotavirus, Bovine Viral Diarrhea, Newcastle (patent), Brucellosis (patent).Expression in Baculovirus systems in canaripoxvirus (patent), in bacteria and plants (patent).Diagnostic reagents for viruses, bacteria and blood parasites.BSE Epidemiology, Disease, and Tuberculosis PPC.Networks and Reference Laboratories: TSE (National Laboratory of Reference for the BSE, INTA, SENASA), RIIDFA, Leptospirosis, Brucellosis and Helminthology.Puitá-INTA (Rice Farming). Support for Improvement in Sunflower, Alfalfa, Wheat, Corn (Mal de Rio IV), Rice, Goats (fiber) and cattle.Integrated pest management and bio-insecticides.Inoculants.Special Services: Boxes biosafety N 2 and 3 (only in Latin America); Detection of GMOs (ISO 17025), DNA Sequencing Service, Laboratory of adventitious virus (ISO 9001), Laboratory of IMYZA Quarantine.Creating EBT (INCUINTA) as a platform for technology transfer.


Achievements and Contributions of the Research Center



Achievements and Contributions of the Research Center

7) Support for Improvement in Sunflower, Alfalfa, Wheat, Corn (Mal de Rio IV), Rice, Goats (fiber) and cattle.8) Integrated pest management and bio-insecticides.9) Inoculants.10) Special Services:

Biosafety Boxes N 2 and 3 (only in Latin America).Detection of GMOs (ISO 17025).DNA sequencing service.Adventitious virus laboratory (ISO 9001).Quarantine Laboratory of IMYZA.

11) Establishment of EBT (INCUINTA) as a platform for technology transfer.





LINKING AND INTERNATIONAL COOPERATION

Univ. Fed. de Bello Horizonte (Br) Institute Pasteur (Fr)Univ. Fed. de Pelotas (Br) INRA (Toulouse, Fr)Univ. de Sao Paulo (Br) NEIKER (Vittoria, Esp)EMBRAPA (Br) Inst. Biotecnología (Madrid)INIA Las Brujas (Ur) Unid. Salud Animal (Zaragoza, Esp)SYNTEX Uruguay Univ. de Santander (Esp)Univ. de Costa Rica Univ. de Zaragoza (Esp)CIGB (La Habana, Cu) INIA (Esp) Gobierno de Venezuela (Vz) ALGENEX (Esp) USDA (USA) EMBL (Europa)Univ. of California (USA) Univ. of Hannover (Alem)University of Nebraska (USA) Animal Inst. of Health (Londres, UK) University of Ohio (USA) Medical Research Council (Londres, UK) University of Texas A&M (USA) Univ. of Surrey (UK)JIRCAS (Japón) DARNI (N Ir)USDA (Plumb Island –USA) PRIONICS (Suiza)





Univ. Buenos Aires (UBA) Univ. de La Plata (UNLP)

Univ. Católica de Córdoba Univ. Nac. Tucumán

Univ. de Morón (UM) Univ. Del Salvador (USAL)

Univ. Belgrano (UB) Univ. Nac. Córdoba (UNC)

Univ. Lomas de Zamora Univ. Nac. San Martín

Provincias (Chaco-Formosa- Stgo. Sta Fé) Hosp. Nac. Posadas

CKC Haras (vários)

Asoc. Criadores Shorthorn Asoc.A.Angus

Biogenesis-Bagó Prionics Argentina

Bioceres S.A. Rizobacter

Biosidus Beta S.A.

CIALE Estab. Las Marías

ENERI (Med. Hum.) Avícola Brandsen


LINKING AND INTERNATIONAL COOPERATION


Human Resources C.I.C.V.y A.

C.I.C.V.y A Staff


Human Resources Profesionals Technical and support staffINTA 223 224

Extra INTA 104 10TOTAL 327 234


Human Resources - C.I.C.V.y A.


STAFF C.I.C.V.y A.


STAFF C.I.C.V.y A.



Human Resources - C.I.C.V.y A.

Institutos


Centro de Investigación en Ciencias Veterinarias y Agronómicas

Institutes





INSTITUTE OF BIOTECHNOLOGY - IB





Biotechnology Institute - IB

Areas of concern

Molecular Biology of Microorganismsgenomics Genómica

Molecular Breeding and Biotechnologybiodiversity

biodiversity

Bioinformatics

Bioenergy

Its mission is to develop at INTA modern biotechnology and related areas





MOLECULAR MICROBIOLOGY APPLIED TO VACCINES AND DIAGNOSTICS

New diagnostic strategies, next generation vaccines and molecular studies of veterinary pathogens, their relationship with the environment and the host.

FUNCTIONAL GENOMIC GENETIC ENGINEERING

Systematic use of platform transcriptomics, preteomics, metabolomics and genetic engineering for solving animal health problems, health and plant stress, food safety and quality.

GENOMICS AND BIOINFORMATICS

Development of genomic and bioinformatic tools for use in the exploration of genetic diversity, evolution, population structure, mechanisms of pathogenicity, mechanisms of response to biotic stresses, genee mapping and association mapping of important traits for agriculture and forestry



Biotechnology Institute - IB



Research on the genetic basis of traits regulating agricultural use, in order to optimize the processes of plant and animal breeding, as well as understand about genetics methods to monitor the population dynamics of pest and beneficial insects.


Institute of Genetics EWALD A. FAVRET - IGEAF





Institute of Genetics

Sources of variability in crop

plants

Genetic transformation Applied to plant breeding

Molecular breeding of forage and salicaceae

Useful molecular tools for improving animal

ANIMAL AREA

National players

PLANT AREA

Research Institute Director

secretary

HR Administrative Division and Information

Management

Intellectual Property in Agricultural

Biotechnology

Maintenance Division, Automotive & Safety

health and safety

Insect genetics of agricultural

importance

Genetic and molecular basis of agronomic

importance in plants





ACHIEVEMENTS – Institute of Genetics / EWALD A. FAVRET - IGEAF

PLANT AREASources of variability in crop plants

Genetic transformation applied to plant breeding

Molecular breeding of forage and salicaceae

Genetic and molecular bases of international agricultural character

AREA ANIMAL

Genetics of insects of economic importance Useful molecular tools for animal breeding

National assessment program players





Achievements of the Institute of Genetics / EWALD A. FAVRET - IGEAF

PLANT AREASources of variability in crop plants- Isolation of mutants in higher plants chloroplast gene for infa- Evidence of defective splicing in an intron of the gene ycf3 and its effect on temperature stress tolerance- Using tilling strategy aimed at exploiting chloroplast genes in chloroplasts mutator gene of barley

Genetic transformation applied to plant breeding- Optimization of conditions for biolistic transformation of maize and wheat.- Acquisition and development of soybean transformation protocol by agrobacterium.- Progress in wheat and cotton transformation by agrobacterium.- Transformation of maize with sequences of the pathogen to control gene silencing of Mal de Rio Cuarto.- Evaluation of embryogenic capacity lines INTA corn and identification of new materials for use in the process system.






Molecular breeding of forage and silicaceaeDevelopment of transgenic alfalfa germplasm

Genetic and molecular bases of nternational agricultural characterAdvances in the study of the genetic basis of resistance to pathogenic organisms in cereals. In recent years there have been advances in:Studies of the genetic basis of durable resistance to leaf rust.Studies on characteristics of the pathogen populationsDetailed genetic studies on somes genes in adult plant resistance (components of durable resistance), leading to the cloning of the same.





PLANT AREAGenetics of insects of economic importance- Detection of problems in the production of natural enemies and potential molecular tools to provide solutions.- Development of molecular markers for anastrepha fraterculus and procurement of materials suitable for molecular ecology studies in fruit flies.- Expertise in cytogenetic- Development of candidate strains of anastrepha fraterculus in sopport of the sterile insect technique.- On tomato moth: cytogenetic characterization of the species.- In beekeeping: genetic characterization of commercial materials and wild bees, and advances in genomics of tolerance to varroa.Progress management / organization:- Consolidation of a strong multidisciplinary team (specialists in molecular genetics, cytogenetics, and eco-physiology of insects)






Useful molecular tools for animal breedingIt raised the profile of the utility of molecular tools in animal geneticsProgress was made in the organization and human resource development of an interdisciplinary group in genetic and breeding with a quantitative model-molecular in ruminants .

National assessment program players






Institute of Microbiology and Agricultural Zoology – IMYZA

MISSIONConduct research with microorganisms and other organisms of agricultural and agribusiness, designed to obtain essential information or the development of technologies to improve agricultural productivity, without compromising the environment or human health.





Institute of Microbiology and Agricultural Zoology

entomophagousPredators and Parasitoids

virusentomopathogenic

transformationmicrobialWaste

Entomopathogenic Fungi

Bacterial inputs, processes and formulations

antagonistsofphytopathogenic

Phytopathology

Diagnosis of Arthropod Pest

Plant Growth Promoting Bacteria





ACHIEVEMENTS - Institute of Microbiology and Agricultural Zoology

Creation of 1 Waste Processing Laboratory generated in intensive livestock systems (poultry / pigs / drums), agribusiness (olive) and home. Sectors of work: Physical Chemistry of aerobic bioconversion processes (composting) and enaerobic (biodigestion) Respirometry biodegradation Filtration system complex wastewater Ecotoxicology of processes and products processed to assess their dangerousness.

Waste Processing Plant where teams develop laboratory and pilot scale, some with the possibility of patenting: Reactors anaerobic / aerobic reactors / respirometers static and dynamic / filtering systems with geomembranes.





Selection and use of biocontrol in IPM strategies in fruit and vegetable crops.

Biofactory industrial production of parasitoids of house fly pupae and use within the MIP

Development of a liquid formulated with Trichoderma harzianum for controlling phytopathogenic root (Rhizoctonia and Fusarium).

Development and transfer of the first national inoculant based liquid Bradyrhizobium japonicum to soybean seeds.

Preinoculation system transfer soybean and alfalfa.

Development of an inoculant based on Azospirillum brasilense: wheat, barley, sunflower, cotton, horticulture and forestry.

Development and transfer of bioinsecticide based B. thuringiensis israelensis for control of Aedes aegypti, vector of dengue.






Experimental myco-insecticides:

Fruit fly, fly, insect, grasshoppers, boll weevil, Ticks, Diaphorina, Varroa, ants ...

Granulovirus viral biopesticide pomonella

Viral biopesticide pomonella granulovirus

Anticarsia gemmatalis nucleopolyhedrovirus

Spodoptera frugiperda Nucleopolyhedrovirus

Nu Rachiplusia Nucleopolyhedrovirus






INSTITUTE OF PATHOBIOLOGY - IPINSTITUTE OF PATHOBIOLOGY - IP

MISSION

Conducting original research and applied technology transfer, training to strengthen and improve the efficiency of farming systems and food, from the perspective of animal health.





Institute of Pathobiology

Generate knowledge in animal health

Control and prevent diseases of production animals

Help control and eradication of diseases that affect:

Sfd public Health

National and international trade Fasd

Articulate capabilities and intra-and extra-activities

PEI 2005-2015

CHAINS

Beef and dairy cattle

Poultry

Small ruminant

Porcine

Camelids

IP




bacterial zoonoses

- Secretary- Administrative Divisionand Communication Division

Pathology

Diagnostic research

Epidemiology

Clinical biochemistry and Toxicology

Research Insitute Director

Parasitic ZoonosesMicrobiology

- Quality and Biosafety Division- Health and Safety -Field and Experimental Division- Maintnance

Technicians 37 Professionals 37 Residents 11

Parasitic diseases

Microbiology and Physiology Pathology and Epidemiology Parasitology and

Parasitic Diseases

Physiology


INSTITUTE OF PATHOBIOLOGY - IP




Activities - Institute of Pathobiology

Contribute to the expansion Sustainable Production Through Improved No Livestock Handling, Health Care and feeding

PRPR

PPRPPR

PIPI

TUSGO, Livestock Height

Diseases affecting public health (zoonoses)

Diseases that affect international trade (FA; BSE) Diseases affecting animal production (parasitic, metabolic, toxic)

Interactions AE Molecular biology AE Genetic resources

AE Animal Health

Emerging activities

Veterinary public health Resistance to antimicrobial and antiparasitic Animal welfare

Detect and exploit the new problems and thus to design new strategies

Small family farming Wild Animals Climate change





ARTICULATIONS

Cca del Salado

Cnia. Benitez

Tucumán

San Juan

Stgo. del Estero

San Luis

IPAF

RafaelaMarcos Juárez

Anguil

Bariloche Balcarce

Salta

Mercedes

Concepción

CNIA CICVyA CIA CIRN

Institute of Pathobiology





Instituto of Pathobiology

• BASIC RESEARCH

• TECHNOLOGY TRANSFER

• PRESENCE IN TERRITORY





Research and development of technologies and services related to viral diseases affecting animal species of economic interest, their interaction with the host and the immune response induced in order to facilitate the detection, characterization and control by developing techniques and reagents; study and management of immune response and the development and evaluation of processes and products.


INSTITUTE OF VIROLOGY - IVINSTITUTE OF VIROLOGY - IV





Institute of Virology

STRATEGIC AREAS Animal health Molecular Biology, Bioinformatics and Genetics Advance Genetic Resources, Breeding and Biotechnology

NATIONAL PROGRAMSValue chains Meat-Milk





ACHIEVEMENTS – Institute of Virology

First isolates of influenza virus in birds and pigs in the RA

First isolation of rotavirus in camels subamericanos

First isolation of WNV, and equine viral arteritis in the RA

Vaccine HVB1 gE-E2 and DVB-stage transfer

Use of an attenuated strain for the control of BLV Phase III

Animal models applied to the control of viral vaccines SENASA

HHV protective capacity diarrhea caused by rotavirus

Strategic services specialized in quality standard ISO

INCUINTA

National EIA diagnostic kit using a recombinant protein

VHH production platform (Nanoanticuerpos)

IgY anti-diarrheal product using EBT

ACHIEVEMENTS



Contacts

www.inta.gob.ar


www.inta.gob.ar/unidades/230000/

Research Center in Natural Resources


Research Center in Agroindustry


INTA




Thank you!

research center for agricultural and veterinary sciences

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