Matches in SemOpenAlex for { <https://semopenalex.org/work/W2049727221> ?p ?o ?g. }
- W2049727221 endingPage "525" @default.
- W2049727221 startingPage "514" @default.
- W2049727221 abstract "The Humane Society of the United States estimates that each year between 8 and 10 million dogs and cats enter shelters and 4-5 million of these animals are euthanized due to lack of homes. Many veterinarians within the United States recommend surgical sterilization for population control in dogs and cats. However, there are non-surgical methods to control reproduction. Pharmacologic methods of contraception and sterilization can be safe, reliable and reversible. Hormonal treatments using progestins, androgens, or gonadotropin releasing hormone (GnRH) analogs act to either directly block reproductive hormone receptor-mediated events, or indirectly block conception via negative feedback mechanisms. Immunocontraception, via vaccination against GnRH, the luteinizing hormone receptor or zona pellucida proteins, is also possible. Intratesticular or intraepididymal injections provide a method for non-surgical sterilization of the male dog and cat. Additional methods have been employed for mechanical disruption of fertility including intravaginal and intrauterine devices and ultrasound testicular ablation. Alternative approaches to surgical sterilization will be reviewed." @default.
- W2049727221 created "2016-06-24" @default.
- W2049727221 creator A5011977972 @default.
- W2049727221 creator A5040409490 @default.
- W2049727221 date "2006-08-01" @default.
- W2049727221 modified "2023-10-02" @default.
- W2049727221 title "Non-surgical methods of contraception and sterilization" @default.
- W2049727221 cites W1495115430 @default.
- W2049727221 cites W1513678520 @default.
- W2049727221 cites W1538410902 @default.
- W2049727221 cites W1561538043 @default.
- W2049727221 cites W1611983322 @default.
- W2049727221 cites W1623183308 @default.
- W2049727221 cites W1964179701 @default.
- W2049727221 cites W1966471358 @default.
- W2049727221 cites W1969138884 @default.
- W2049727221 cites W1972457619 @default.
- W2049727221 cites W1973358740 @default.
- W2049727221 cites W1976432804 @default.
- W2049727221 cites W1979922744 @default.
- W2049727221 cites W1982474989 @default.
- W2049727221 cites W1984855872 @default.
- W2049727221 cites W1986046561 @default.
- W2049727221 cites W1989372742 @default.
- W2049727221 cites W1990124683 @default.
- W2049727221 cites W1990788072 @default.
- W2049727221 cites W1993551504 @default.
- W2049727221 cites W1998778771 @default.
- W2049727221 cites W2000946088 @default.
- W2049727221 cites W2001865811 @default.
- W2049727221 cites W2002195580 @default.
- W2049727221 cites W2003397047 @default.
- W2049727221 cites W2006839434 @default.
- W2049727221 cites W2008325301 @default.
- W2049727221 cites W2011236153 @default.
- W2049727221 cites W2011501666 @default.
- W2049727221 cites W2015362022 @default.
- W2049727221 cites W2025159912 @default.
- W2049727221 cites W2029420893 @default.
- W2049727221 cites W2034601853 @default.
- W2049727221 cites W2036077874 @default.
- W2049727221 cites W2037177370 @default.
- W2049727221 cites W2040240492 @default.
- W2049727221 cites W2042682690 @default.
- W2049727221 cites W2043013526 @default.
- W2049727221 cites W2045039619 @default.
- W2049727221 cites W2054468302 @default.
- W2049727221 cites W2062244402 @default.
- W2049727221 cites W2062791474 @default.
- W2049727221 cites W2073833433 @default.
- W2049727221 cites W2080809846 @default.
- W2049727221 cites W2084751426 @default.
- W2049727221 cites W2085319657 @default.
- W2049727221 cites W2086230083 @default.
- W2049727221 cites W2086384917 @default.
- W2049727221 cites W2094214083 @default.
- W2049727221 cites W2105971364 @default.
- W2049727221 cites W2108559470 @default.
- W2049727221 cites W2113349589 @default.
- W2049727221 cites W2114969886 @default.
- W2049727221 cites W2115834964 @default.
- W2049727221 cites W2116682384 @default.
- W2049727221 cites W2123548250 @default.
- W2049727221 cites W2124109571 @default.
- W2049727221 cites W2140116392 @default.
- W2049727221 cites W2148023411 @default.
- W2049727221 cites W2156823832 @default.
- W2049727221 cites W2168065778 @default.
- W2049727221 cites W2168384750 @default.
- W2049727221 cites W2169981277 @default.
- W2049727221 cites W2184239 @default.
- W2049727221 cites W2200313098 @default.
- W2049727221 cites W2285332736 @default.
- W2049727221 cites W2290413695 @default.
- W2049727221 cites W2394507166 @default.
- W2049727221 cites W51565656 @default.
- W2049727221 cites W61514437 @default.
- W2049727221 cites W2051782085 @default.
- W2049727221 doi "https://doi.org/10.1016/j.theriogenology.2006.04.014" @default.
- W2049727221 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/16757019" @default.
- W2049727221 hasPublicationYear "2006" @default.
- W2049727221 type Work @default.
- W2049727221 sameAs 2049727221 @default.
- W2049727221 citedByCount "124" @default.
- W2049727221 countsByYear W20497272212012 @default.
- W2049727221 countsByYear W20497272212013 @default.
- W2049727221 countsByYear W20497272212014 @default.
- W2049727221 countsByYear W20497272212015 @default.
- W2049727221 countsByYear W20497272212016 @default.
- W2049727221 countsByYear W20497272212017 @default.
- W2049727221 countsByYear W20497272212018 @default.
- W2049727221 countsByYear W20497272212019 @default.
- W2049727221 countsByYear W20497272212020 @default.
- W2049727221 countsByYear W20497272212021 @default.
- W2049727221 countsByYear W20497272212022 @default.
- W2049727221 countsByYear W20497272212023 @default.
- W2049727221 crossrefType "journal-article" @default.
- W2049727221 hasAuthorship W2049727221A5011977972 @default.