J K House
Overview
Explore the profile of J K House including associated specialties, affiliations and a list of published articles.
Author names and details appear as published. Due to indexing inconsistencies, multiple individuals may share a name, and a single author may have variations. MedLuna displays this data as publicly available, without modification or verification
Snapshot
Snapshot
Articles
54
Citations
438
Followers
0
Related Specialties
Related Specialties
Top 10 Co-Authors
Top 10 Co-Authors
Published In
Published In
Affiliations
Affiliations
Soon will be listed here.
Recent Articles
1.
House J, Izzo M, Page S, Browning G, Norris J
Aust Vet J
. 2024 Feb;
102(4):143-186.
PMID: 38317437
No abstract available.
2.
Rowe S, House J, Zadoks R
Aust Vet J
. 2023 Oct;
102(1-2):5-10.
PMID: 37798823
Background: Mastitis is the major disease affecting milk production of dairy cattle, and milk is an obvious substrate for the detection of both the inflammation and its causative infectious agents...
3.
Ranjbar S, Rabiee A, Reynolds M, Mohler V, House J
N Z Vet J
. 2021 Feb;
69(3):158-164.
PMID: 33586623
Aims: To investigate the association between the density of wooden hoof blocks and resistance to wear in pasture-based dairy herds, and to assess the density of commercially available wooden hoof...
4.
Brooks S, House J, Ingenhoff L
Aust Vet J
. 2020 Nov;
99(3):79-85.
PMID: 33241557
Herd health management programs are commonly implemented on dairy farms to improve farm reproductive performance. In year-round calving systems, herd health programs can be supported by extension programs such as...
5.
Hazelton M, Morton J, Bosward K, Sheehy P, Parker A, Dwyer C, et al.
J Dairy Sci
. 2020 Oct;
103(12):11795-11805.
PMID: 33041030
Mycoplasma species can colonize the urogenital tract of dairy cattle. However, interrelationships between Mycoplasma spp. and reproductive performance in dairy herds are unclear. In this study, we measured apparent prevalences...
6.
Hazelton M, Morton J, Parker A, Bosward K, Sheehy P, Dwyer C, et al.
J Dairy Sci
. 2020 Sep;
103(12):11844-11856.
PMID: 32981720
Replacement dairy heifers exposed to Mycoplasma bovis as calves may be at risk of future clinical disease and pathogen transmission, both within and between herds; however, little information is available...
7.
Hazelton M, Morton J, Parker A, Sheehy P, Bosward K, Malmo J, et al.
Vet Microbiol
. 2020 May;
244:108662.
PMID: 32402350
After clinical Mycoplasma bovis mastitis outbreaks in dairy herds, M. bovis can persist as subclinical intramammary infections. Identification and culling of sub-clinically infected cows may be warranted to reduce future...
8.
Ranjbar S, Rabiee A, Ingenhoff L, House J
Aust Vet J
. 2020 Mar;
98(6):264-269.
PMID: 32157687
Aims: The objective of this study was to investigate farmers' perception of lameness in comparison to the estimated prevalence of lameness in NSW pasture-based dairies to evaluate farmers' perceptions and...
9.
Hazelton M, Morton J, Bosward K, Sheehy P, Parker A, Dwyer C, et al.
J Dairy Sci
. 2018 May;
101(8):7412-7424.
PMID: 29753469
With the common use of bulls for breeding following a period of artificial insemination in seasonally bred dairy herds, it is important to consider the potential role of the bull...
10.
Hazelton M, Sheehy P, Bosward K, Parker A, Morton J, Dwyer C, et al.
J Dairy Sci
. 2017 Oct;
101(1):584-589.
PMID: 29055548
Mycoplasma bovis can have significant consequences when introduced into immunologically naïve dairy herds. Subclinically infected carrier animals are the most common way that M. bovis is introduced into herds. Although...