Non-surgical options for canine population control: What's available and what's on the horizon?

Research output: Book chapter/Published conference paperConference paper

Abstract

Approximately 75% of the world's dog population is stray or feral. These animals can be responsible for nuisance behaviour, predation and ecological threats, in addition to diseases affecting animal production and human health. Currently, euthanasia or fertility control are options commonly used to mitigate feral animal problems. However, due to the perception and reality of euthanasia being unpalatable to most societies, the focus of population control has shifted to management by fertility control. Surgical sterilisation is considered the gold standard for contraception, but is not without its risks, expense and logistical limitations. Therefore, this review will focus on the latest options available for non-surgical contraception in dogs which include hormonal contraceptives (e.g. Gonadotrophin releasing hormone (GnRH) agonists), immunocontraceptives (e.g. vaccines against GnRH, zona pellucida proteins) and male chemical sterilants (zinc gluconate, calcium chloride). Additionally, recent research has targeted fertility control at the molecular level such as targeted gene silencing through RNA interference and anti-kisspeptins. Hopefully, a single dose treatment that will address most of the criteria for an ideal contraceptive including: social acceptance, animal welfare, efficacy, legal compliance, feasibility, and sustainability, will soon be available. However, transition from surgical to non-surgical population control will require support from animal population management stake-holders and government policy.
Original languageEnglish
Title of host publicationProceedings of the 10th anniversary AMRRIC conference
Place of PublicationDarwin, Australia
PublisherAnimal Management in Rural and Remote Indigenous Communities
Number of pages16
Publication statusPublished - 2014
Event10th Anniversary AMRRIC Conference (Animal Management in Rural and Remote Indigenous Communities: One Health - Indigenous Community Animal Management - Darwin, Australia
Duration: 23 Sep 201425 Sep 2015
https://webcast.gigtv.com.au/Mediasite/Play/7c488660b758438bac5a9ea3527220dc1d?catalog=e648f555-597e-453d-915a-54faececc4ea&catalog=e648f555-597e-453d-915a-54faececc4ea

Conference

Conference10th Anniversary AMRRIC Conference (Animal Management in Rural and Remote Indigenous Communities
CountryAustralia
CityDarwin
Period23/09/1425/09/15
Internet address

Fingerprint

contraception
contraceptives
dogs
gonadotropin-releasing hormone
euthanasia
feral animals
hormone agonists
zona pellucida
gene silencing
animal production
RNA interference
compliance
calcium chloride
animal welfare
gold
human health
animals
zinc
predation
vaccines

Cite this

Perumamthadathil, C., Gunn, A., & Norman, S. (2014). Non-surgical options for canine population control: What's available and what's on the horizon? In Proceedings of the 10th anniversary AMRRIC conference Darwin, Australia: Animal Management in Rural and Remote Indigenous Communities.
Perumamthadathil, Cyril ; Gunn, Allan ; Norman, Scott. / Non-surgical options for canine population control : What's available and what's on the horizon?. Proceedings of the 10th anniversary AMRRIC conference. Darwin, Australia : Animal Management in Rural and Remote Indigenous Communities, 2014.
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title = "Non-surgical options for canine population control: What's available and what's on the horizon?",
abstract = "Approximately 75{\%} of the world's dog population is stray or feral. These animals can be responsible for nuisance behaviour, predation and ecological threats, in addition to diseases affecting animal production and human health. Currently, euthanasia or fertility control are options commonly used to mitigate feral animal problems. However, due to the perception and reality of euthanasia being unpalatable to most societies, the focus of population control has shifted to management by fertility control. Surgical sterilisation is considered the gold standard for contraception, but is not without its risks, expense and logistical limitations. Therefore, this review will focus on the latest options available for non-surgical contraception in dogs which include hormonal contraceptives (e.g. Gonadotrophin releasing hormone (GnRH) agonists), immunocontraceptives (e.g. vaccines against GnRH, zona pellucida proteins) and male chemical sterilants (zinc gluconate, calcium chloride). Additionally, recent research has targeted fertility control at the molecular level such as targeted gene silencing through RNA interference and anti-kisspeptins. Hopefully, a single dose treatment that will address most of the criteria for an ideal contraceptive including: social acceptance, animal welfare, efficacy, legal compliance, feasibility, and sustainability, will soon be available. However, transition from surgical to non-surgical population control will require support from animal population management stake-holders and government policy.",
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Perumamthadathil, C, Gunn, A & Norman, S 2014, Non-surgical options for canine population control: What's available and what's on the horizon? in Proceedings of the 10th anniversary AMRRIC conference. Animal Management in Rural and Remote Indigenous Communities, Darwin, Australia, 10th Anniversary AMRRIC Conference (Animal Management in Rural and Remote Indigenous Communities, Darwin, Australia, 23/09/14.

Non-surgical options for canine population control : What's available and what's on the horizon? / Perumamthadathil, Cyril; Gunn, Allan; Norman, Scott.

Proceedings of the 10th anniversary AMRRIC conference. Darwin, Australia : Animal Management in Rural and Remote Indigenous Communities, 2014.

Research output: Book chapter/Published conference paperConference paper

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Perumamthadathil C, Gunn A, Norman S. Non-surgical options for canine population control: What's available and what's on the horizon? In Proceedings of the 10th anniversary AMRRIC conference. Darwin, Australia: Animal Management in Rural and Remote Indigenous Communities. 2014