Differentiation of the body cavities and air sacs of Gallus domesticus post mortem and their location in vivo     

W M Goodchild 《British poultry science》1970,11(2):209-215

The positions of the air sacs and body cavities are described in relation to post‐mortem techniques and injection procedures. Certain modifications are recommended.  相似文献   

The venous system of the adrenal glands of Gallus domesticus     

W. M. Goodchild 《British poultry science》1969,10(2):183-185

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Some observations on Marek's disease (fowl paralysis)     

W M Goodchild 《The Veterinary record》1969,84(4):87-89

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Survey of trainers on the use of swimming exercise for Standardbred racehorses in Australia     

CM Steel  BM Bond  AV Morrice‐West 《Australian veterinary journal》2019,97(3):61-67

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Continuous transversus abdominis plane block for analgesia in three dogs with abdominal pain     

Flávio AV. Freitag  Viviane L. Bozak  Michele PW. do Carmo  Tilde R. Froes  Juan CM. Duque 《Veterinary anaesthesia and analgesia》2018,45(4):581-583

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Comparison of acetate tape impression with squeezing versus skin scraping for the diagnosis of canine demodicosis     

AV Pereira  SA Pereira  IDF Gremião  MP Campos  AMR Ferreira 《Australian veterinary journal》2012,90(11):448-450

This study compared the sensitivity of acetate tape impression and skin squeezing with that of deep skin scraping for the diagnosis of demodicosis in dogs. Demodex canis was detected in 100% of acetate tape impressions obtained after skin squeezing and in 90% of deep skin scrapings. There was a significant difference (P < 0.001) between the techniques in the total number of mites detected. Acetate tape impression with skin squeezing was found to be more sensitive than deep skin scraping and is an alternative diagnostic method for canine demodicosis.  相似文献   

Knockdown by pyrethroids: Its role in the intoxication process     

Paul E. Burt  Ralph E. Goodchild 《Pest management science》1974,5(5):625-633

Using techniques for treating the insects unanaesthetised, knockdown of aduit Musca domestica by pyrethrin I applied topically to or injected into the thorax was assessed by measuring the ED₅₀s on 13 occasions 1 min-48 h after treatment. From 1 min to approximately 1 h after treatment, ED₅₀s for topical application decreased quickly with increasing time. During this “knockdown phase” ED₅₀ values were probably determined mainly by rate of penetration of the insecticide into the insect, but the rate of elimination of the insecticide probably determined the increasing ED₅₀ values during the “recovery phase” which followed. ED₅₀s for injected pyrethrin I were initially much smaller than after topical application but increased continuously until 24 h after treatment. From 100 min onwards ED₅₀s by topical application and injection were similar. These results indicate (1) that the site affected during knockdown is within the insect rather than superficial, and (2) that detoxication and excretion processes determine the ultimate toxicity of the insecticide apparently independently of the method of treatment. Additional tests with a strain of flies having the penetration delaying factor and with the cockroach Periplaneta americana L. supported these conclusions. Speed of knockdown after topical treatment was also affected by the site of application and the solvent in which pyrethrin I was applied. Bioresmethrin was about as effective as pyrethrin I in knocking down flies when applied topically or when injected, but because the ED₅₀ increased very little during the recovery phase it was ultimately much more toxic.  相似文献   

Salmonellae in British wild birds and their transfer to domestic fowl     

W M Goodchild  J F Tucker 《The British veterinary journal》1968,124(3):95-101

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Fish habitat is everyone's business, Canada's fish habitat management programme     

G. A. Goodchild 《Fisheries Management and Ecology》2004,11(3-4):277-281

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Acute paraplegia in a Thoroughbred racehorse after general anaesthesia     

SR RAIDAL  SL RAIDAL  RB RICHARDS  AV COSGRIFF  KJ ROSE 《Australian veterinary journal》1997,75(3):178-179

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