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Home » NEWS » Vector & Vector-Borne Diseases Research Institute (VVBDI)

Tuesday, August 13, 2013

Vector & Vector-Borne Diseases Research Institute (VVBDI)

INTRODUCTION
The Vector and Vector-Borne Diseases Research Institute (VVBDI) which was previously known as Tsetse and Trypanosomiasis Research Institute started as a Tsetse Research Project (TRP) in 1971 and operated under the bilateral funding of the United States Agency for International Development (USAID) and the United Republic of Tanzania’s Ministry of Livestock Development. Due to the significance of Tsetse and trypanosomiasis to both human and livestock in the country and the extensive distribution of the vector in the country, the Tsetse Fly Research Project, was upgraded to an institute. Tsetse & Trypanosomiasis Research Institute (TTRI) was established by the Tanzania Parliament Act (1981) under the Tanzania Livestock Research Organisation (TALIRO) with a plan to have centres in the entire country. The purpose and functions of the institute is to conduct research on tsetse (Gossina spp) and eradication measures for the protection of human health and expansion of the livestock industry and agricultural output thus improving the economy.

 Under a new set up of the Ministry of Livestock Development and Fisheries TTRI was set under the Tanzania Veterinary Laboratory Agency (TVLA) and given the mandate of performing all Vector and Vector Borne Diseases in the country.
vvbdi
Manager, Dr. Furaha Mramba
Tel: +255 27 2644572/3
Fax: +255 27 2642577

Vision
To be a centre of Excellency  from  which VVBD will be controlled and/or eradicated through application of socially, economically and environmentally friendly technologies

Mission
Develop appropriate technologies that deliver cost effective and practical solutions towards the prevention and control of VVBD

 Mandate
The Vector and Vector-borne Diseases Research Institute is charged with a mandate of planning, coordinating and conducting VVBD research and control activities in the country.

Roles
  • Plan and coordinate VVBD
  • Conduct research in VVBD
  • Develop or  Improve and Disserminate the  appropriate technologies for VVBD control or eradication
  • Enhance Public private partnership in VVBD
  • Develop capacity for VVBD research programme
Functions
  • Review and update VVBD programme in the country
  • Develop and disseminate cost effective and environmental friendly VVBD control technologies
  • Improvement, development and up scaling of appropriate control technologies for VVBD
  • Establish and maintain gene bank for  vector pathogens
  • Establishment, retooling and rehabilitation of VVBD infrastructures in our research institute
  • Mapping of socio- economic impact of  VVBD in the country
  • Inventories and capacity building of human resources for VVBD
  • Enhance collaboration with relevant national, regional, international institutions and development partners
  • Ensure that quality assurance of laboratory tests are maintained in the VVBD laboratories.
  • Training in laboratory technology on VVBD activities
  • Provide technical advice to policy makers on VVBD control measures
The VVBD Institute will have five sub-programmes namely:
  • Tick and tick-borne diseases,
  • Tsetse and trypanosomiasis,
  • Vector-borne Helminthosis,
  • Parasitic diseases
  • Viral diseases
  • Other Neglected Vector and Vector borne diseases
These are supposed to carry out research on VVBD under coordination of the newly formed Tanzania Veterinary Laboratory Agency (TVLA).

Thematic Research Areas
  • Epidemiology and the prevalence of VVBD
  • Introduction and evaluation of new scientific innovations
  • Arthropod Ecology and Behaviour
  • Standardization of biological and chemical used in VVBD
  • Development of sensitive diagnostic tests
General achievements
Research carried out on VVBDs in the last 15 years has provided information on Vector control/eradication and appropriate treatment of animal parasites that can be applied in the various agro-ecological zones of the country. Among the most important achievements is outlined below:
  • Tsetse fly  (Glossina austeni) was eradicated in Zanzibar island in 1997 using biological control  (SIT)
  • Development of rapid, accurate and affordable diagnostic tests for tsetse borne diseases
  • Development of blue colour traps and attractants for tsetse flies was completed  in 2003 and is in use
  • In-vitro methods of rearing haemotophagous vector (tsetse) for use in biological control in 1997
  • Effective antihelmithics and control regime for the coastal belt of Tanzania were established in 2003
  • Establishment of VVBD Control Centre in 2008 in western zone based in Kigoma
ONGOING RESEARCH ACTIVITIES
GOVERNMENT FUNDING

Project titles:
  • Rearing of seed colonies for biological control. (Supported by the Government )
  • Increasing cattle productivity through enhanced community based tsetse and trypanosomiasis in Southern Tanzania. (Supported by COSTECH)
  • Optimization of trapping devices for G. swynnertoni . Supported by Government             
  • The use of impregnated targets for the control of tsetse and animal trypanosomiasis in
Handeni district (Supported by ASDP)
  • Entomological baseline data collection in Glossina swynnertoni belt in Northern Tanzania (Supported by Government )
  • Laboratory initiation & adaptation of G. swynnertoni   (Supported by Government)
  • Blood collection from abattoirs and live animals at Mivumoni Farm.(Supported by  
      Government OC)
  • Surveillance for detection of animal trypanosomosis in urban and rural areas of Tanga Municipality. (Supported by Government OC)
  • Tsetse bio-ecology studies in newly farmed areas of Kisarawe, Mkuranga and Rufiji
      Districts, Tanzania (Funded by ZARDEF)
  • The Use of Impregnated Targets as a Cheap and Simple Technology for Tsetse and
Animal Trypanosomosis Intervention in Chunya District. (ZARDEF)

DONOR FUNDING PROJECTS
Project title
  • Feasibility study of tsetse and tsetse borne diseases at Selous game reserve and options for Control (Supported by Tanzania National Parks)
  • Symbionts and pathogens for tsetse control (Supported by IAEA and completed)
  • Integrated tsetse fly ecology and genetics for improved HAT control. (Supported by  
WHO/TDR)
  • Development and Application of Xenomonitoring tools in African Trypanosomiasis Control
  • Programmes in Endemic Countries. (Supported by Bill and Melinda Gates Foundation Tsetse and Trypanosomiasis Control in Ngorongoro Conservation Area (supported by   
Ngorongoro)
Resources and Administration

INFRASTRUCTURE DEVELOPMENT
Staff composition
VVBDI have qualified research staff trained at levels of PhD, MSc, BSc and Diploma in different disciplines. They are allocated in three research programs:  Entomology, Parasitology and molecular biology. There is also a category of support staff including accountants, drivers, technicians and watchmen contribute to facilitation of the research work and functioning of the institutes.
       Table 1: Available staff by gender, education and research program at VVBDI
Level of education
Entomology
Parasitology
Molecular Biology
Support staff
Total
M
F
M
F
M
F
M
F
PhD
0
1
0
0
0
1
0
0
2
MSc
3
2
1
1
1
0
0
0
8
BSc
1
1
0
0
2
0
                1
0
5
Diploma
4
0
3
1
0
1
3
1
13
Others
1
4
0
1
2
2
7
9
26
Total
9
8
4
3
5
4
11
10
49
The institute is striving to broaden the range of collaborators and to diversify her sources of funding, in order to sustain tsetse and trypanosomiasis research in the country
Equipments and facilities
Mivumoni Farm
The institute is having a farm which is 5,320 hectors based in Mivumoni – Pangani district. This farm is having 179 Zebu cattle, 17 sheep, and 33 goats.  The planning the Institute is having for this farm is to produce Hay, and also to increase the number of improved livestock in order to raise revenue for TVLA. Efforts to improve watering system and buying farm machinery to support this farm are in Progress.
Infrastructure:
The Institute is having three specious Insectaries of which two of them are fly proofed. These can be used to rear large numbers of tsetse flies for SIT and also having a modern laboratory for molecular diagnosis.
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