A Study on the Prevalence of Bovine Mastitis and Associated Risk Factors in and the Surrounding areas of Sodo Town, Wolaita Zone, Ethiopia

Authors

  • Eyob Eshetu

  • Naod Thomas

livestock population, exotic blood, mastitis

Abstract

Abstract not found

Downloads

How to Cite

A Study on the Prevalence of Bovine Mastitis and Associated Risk Factors in and the Surrounding areas of Sodo Town, Wolaita Zone, Ethiopia. (2016). Global Journal of Science Frontier Research, 16(D2), 13-19. https://www.journalofscience.org/index.php/GJSFR/article/view/1747

References

A Abdelrahim, A Shommein, H Suliman, S Shaddad (1989) Prevalence of mastitis in imported Friesian cows in Sudan. 47, 512-514.

A Andrews, R Blowely, H Hoyd, R Eddy (2004) Bovine Medicine and Husbandery of cattle 2 nd ed. 326-340.

K Argaw, T Tolosa (2005) The prevalence of sub clinical mastitis in small holder dairy farm in Selale, North Showa zone, central Ethiopia. 1937-8165.

W Asfaw (1997) Livestock development policy in Ethiopia.

K Banerjee, J Ray, T Sadhukhan, R Das, S Chandra (2002) Studies on etiological agents of sub clinical mastitis in dairy cows in West Bengal. 41, 109-112.

H Barkema, Y Schukken, T Lam, M Beiboer, H Wilmink, G Benedictus, A Brand (1998) Incidence of Clinical Mastitis in Dairy Herds Grouped in Three Categories by Bulk Milk Somatic Cell Counts. 81(2), 411-419.

P Bartlett, J Vanwijk, D Wilson, C Green, G Miller, G Majeweski, L Heider (1991) Temporal patterns of lost milk production following clinical mastitis in large Michigan Holstein herd. 74, 1561-1572.

N Becker (1989) Analysis of infectious disease data.

D Biffa, E Debela, F Beyene (2005) Factors Assocaited with Udder Infection in lactating dairy cows in southern Ethiopia. 53(3), 149-160.

G Biru (1989) Major bacteria causing bovine mastitis and their sensativity to common antibiotic. 11, 47-54.

Tsegaye Asinakew, Teshome Habte (1998) Emergency Admissions and Associated Factors among Children Admitted to the Pediatric Emergency Unit at Selected Public Hospitals at Addis Ababa, Ethiopia - A Retrospective Cross-Sectional Study. 2(1), 01-11.

A Bramely (1992) Mastitis in disease and husbandry of cattle. 289-300.

D Byarugaba, J Nakavuma, M Vaarst, C Laker (2008) Mastitis occurance and constraints to mastitis control in smallholder dairy farming system in Uganda. 20, 35-39.

(2009) Federal Democratc Republic of Ethiopia Centeral Stastical Agency (CSA): Agricultural Sample Survey. 2.

(2003) Statistical Report of Socio-Economical characteristics of the Population in Agriculture Household and land Use: Results for SNNP Region. 2.

R Chauhan, D Agarwal (2006) Text book of Veterinary Clinical & Laboratory Diagnosis. 162-164.

F Degrave, J Fetrow (1993) Economics of mastitis and mastitis control. 9, 421.

R Doane, S Oliver, R Walker, E Shull (1987) Experimental infection of lactating bovine mammary glands with Streptococcus uberis in quarters colonized by Corynebacterium bovis. 48(5), 749-754.

R Erskine, R Eberhart, L Hutchinson, S Spencer, M Campbell (1988) Incidence and types of clinical mastitis in dairy herds with high and low somatic cell counts. 192(6), 761-765.

K Fekadu (1995) Survey on the prevalence of Bovine Mastitis and predominant causative agent in Chaffa vally. 101-111.

C Fourichon, H Seegers, F Beaudeau, L Verfaille, N Bareille (2011) Health-control costs in dairy farming systems in western France. 68(2-3), 141-156.

Y Grohn, S Eicker, J Hertl (1995) The association between previous 305-day milk yield and disease in New York state dairy cows. 78, 1693-1702.

(1999) Raft River well stimulation experiments: geothermal reservoir well stimulation program. 115-249.

J Hogan, R Gonzalez, R Harmon, S Nickerson, S Oliver, J Pankey, K Smith (1999) Laboratory and field handbook on bovine mastitis. 1-33.

Eric Houben, Aalt Dijkhuizen, Johan Van Arendonk, Ruud Huirne (1993) Short- and Long-Term Production Losses and Repeatability of Clinical Mastitis in Dairy Cattle. 76(9), 2561-2578.

M Hoyer, R Codd, A Bishi, A Pawandiwa, E Usenic (1991) The prevalence of clinical mastitis in the beef herd in Zembabwe. 22(1).

W Huber (1994) Antibacterial drug effectiveness against pathogens. 170, 118-124.

N Hussein, T Yehualashet, G Tilahun (1997) Prevalence of mastitis in different local and exotic breeds of milking cows. 16, 53-60.

N Jain (1987) Common mammary pathogen and factor in infection and mastitis. 190, 1530-1533.

G Jones, T Bailey, J Roberson (1998) Staphylococcus aureus mastitis: Cause, Detection, and Control. 404-425.

T Jones, R Hunt, N King (1996) Veterinary pathology, 6 th ed LIPPINCOTWILLIAM &WILIKING. 375-493.

K Jubb, P Kennedy, N Palmer (1993) Unknown Title. 4, 455-466.

Tesfu Kassa, Gemechu Wirtu, Azage Tegegne (1999) Survey of mastitis in dairy herds in the Ethiopian central highlands. 22(2), 291-301.

O Kerro Dego, F Tareke (2003) Bovine mastitis in selected area of southern Ethiopia. 35, 197-205.

K Kingwill, F Nealce, F Dodd, T Griffin, D Westgarth, C Wilson (1991) The effect of mastitis control system on the level of subclinical and clinical mastitis in two years. 87, 94.

M Kossaibati, M Hovi, R Esslemont (1998) Incidence of clinical mastitis in dairy herds in England. 143(24), 649-653.

M Lemma, T Kassa, A Tegegene (2001) Clinically manifested major health problems of crossbred dairy herds in urban and periurban production systems in the central high lands of Ethiopia. 33, 85-89.

S Lucy, G Rowlands, A Russell (1996) Short-term associations between disease and milk yield of dairy cows. 53, 7-15.

J Macdonad (1997) Streptococcal and Staphylococcal Mastitis. 170(10), 1157-1159.

B Mekibib, M Fergasa, F Abunna, B Megersa, A Regassa (2010) Bovine Mastitis: Prevalance, Risk factors and major pathoges in Dairy farms of Holeta town, Centeral Ethiopia. 3, 397-403.

A Mohammed (2010) Bacterial cause mastitis in Wondo-Genet, Ethiopia. 43, 379-384.

E Mungube, B-A Tenhagen, F Regassa, M Kyule, Y Shiferaw, T Kassa, M Baumann (2005) Reduced Milk Production in Udder Quarters with Subclinical Mastitis and Associated Economic Losses in Crossbred Dairy Cows in Ethiopia. 37(6), 503-512.

Nmc (1990) Microbiological procedure for the diagnosis of bovine udder infection.

O Quinn, M Carter, B Markey, G Carter (1999) Clinical Veterinary Microbiology.

P Quinn, B Markey, M Carter, W Donnelly, F Leonard (2002) Blackwell, Nigel Stirling, (born 18 March 1947), Chairman, Blackwell Publishing Ltd, 2001-07. 465-474.

O Radostits, C Gay, K Hinchcliff, P Constable (2007) Veterinary Medicine: A text book of the disease of cattle, horses, sheep, pigs and goats. 674-762.

O Radostits, K Leslie, J Fetrow (1994) Mastitis control in dairy herds. 2, 229-273.

P Rajala, Y Grohn, C Mcculloche, C Guard (1999) Effects of clinical mastitis on milk yield in dairy cows. 82, 1213-1220.

L Reugg (2001) Health and production management in dairy herds. 211-244.

D Rice, G Bodman (2004) The somatic cell count and milk quality. 25, 1635-1641.

S Roy, P Paye, D Maitra, R Dattagupta, S Mazumber (1999) Mastitis in cross breeds in hot humid condition of West Bengal, India. 66, 844-846.

D Schalm, E Carrol, C Jain (1989) Bovine mastitis. 20-158.

Philip Sears, Rubén González, David Wilson, Hong Han (1999) Procedures for Mastitis Diagnosis and Control. 9(3), 445-468.

(2001) Research Department - Planning & Economic Development - Development Projects in Australia - Department of National Development - File 3 - 1950.

P Singh, K Sigh (1994) Estimation of Economic Losses Due to Mastitis in Dairy Farms of Hyderabad, Telangana, India. 2(2), 265-271.

A Smith, D Westgarth, M Jones, F Neave, F Dodd, G Brander (1997) Methods of reducing the incidence of udder infection in dry cows. 81, 504.

J Smith, L Ely, A Chapa (2000) Effect of Region, Herd Size, and Milk Production on Reasons Cows Leave the Herd. 83(12), 2980-2987.

H Sori, A Zerihun, S Abdicho (2005) Dairy cattle mastitis in and around Sebeta. 3, 338-341.

Abebe M. Aga, Demise Mulugeta, Atsbeha Gebreegziabxier, Jemal Mohammed, Anberber Alemu, Yewenshet Tesera, Frehiwot Mulugeta, Bedasa Gidisa, Jaleta Bulti, Gemechu Tadesse, Dereje Nigussei (1996) The Impact of Vaccination on RT-PCR Cycle Threshold Values for COVID-19: Insights for Future Pandemic Preparedness. 2, 01-07.

W Suriyasathaporn, Y Schukken, M Nielsen, A Brand (2000) Low somatic cell count: a risk factor for subsequent clinical mastitis in dairy herd. 83, 1248-1255.

T Tolla (1996) Bovine mastitis in indigenous Zebu and Borana Holestein crosses in Southern Wollo. 25-27.

A Tolosa (1987) A Survey of Bovine Mastitis around Kallu Province. 24-26.

J Tyler (1992) Treatment of subclinical mastitis. 8, 17-28.

U Vecht, H Wisselink, P Detizer (1989) Dutch National Mastitis Survey. The effect of herd animal factors on somatic cell count. 43, 425.

W Weiss, J Hogan, D Todhunter, K Smith (1997) The effect of vitamin E supplementation in diets with low concentration of selenium on mammary gland health of dairy cow. 80, 1728-1737.

J Wilesmith, P Francis, C Wilson (1996) Incidence of clinical mastitis in a cohort of British dairy herds. 118(8), 199-204.

David Wilson, Ruben Gonzalez, Helena Das (1997) Bovine Mastitis Pathogens in New York and Pennsylvania: Prevalence and Effects on Somatic Cell Count and Milk Production. 80(10), 2592-2598.

S Workineh, M Bayleyegne, H Mekonnen, L Potgieter (2002) Prevalence and etiology of mastitis in cows from two major Ethiopian dairies. 34, 19-25.

M Yoseph, T Azage, Y Alemu, N Umunna (1998) Reproductive management and reproductive performance of dairy herds in urban and peri-urban dairy production systems in Addis Ababa milk shed.

A Study on the Prevalence of Bovine Mastitis and Associated Risk Factors in and the Surrounding areas of Sodo Town, Wolaita Zone, Ethiopia

Published

2016-04-22

How to Cite

A Study on the Prevalence of Bovine Mastitis and Associated Risk Factors in and the Surrounding areas of Sodo Town, Wolaita Zone, Ethiopia. (2016). Global Journal of Science Frontier Research, 16(D2), 13-19. https://www.journalofscience.org/index.php/GJSFR/article/view/1747