Animal shelters are potentially vulnerable to constant exposure to a variety of diseases for both animals and humans, because thousands of animals with unknown histories are being admitted to each shelter on a yearly basis in Korea. The control of disease spread, therefore, can be a major challenge to veterinarians in most shelters. This study investigated the health status of stray dogs admitted to the Gwangju Animal Shelter during the year of 2008, and analyzed types of disorders at the time of admission as well as newly acquired diseases while housed in the shelter. Canine heartworm disease was the most prevalent infection among stray dogs at the time of admission, while the respiratory disorder was the most common shelter-acquired disease. The majority of dogs (93.5%) was either small or middle-sized breeds with Maltese (19.7%) and Shih Tzu (16.0%) being the most commonly found stray dogs. Out of 1,143 dogs admitted to the shelter, owners of 128 dogs (11.2%) visited the shelter and found their lost dogs, while 518 dogs (45.3%) were adopted to new families. Results of this study strongly indicate that stray dogs in Korea are exposed to a variety of diseases and the disease control by veterinarians is one of the most important aspects of the shelter management.

Objective--To determine whether larkspur-derived N-(methylsuccinimido) anthranoyllycoctonine (MSAL)-type alkaloids alter heart rate and electrically evoked electromyographic (eEMG) response of the external anal sphincter (EAS) in cattle and whether these effects can be reversed by acetylcholinesterase inhibitors. Animals--12 beef heifers and 4 cows. Procedures--3 or 4 heifers were used in 1 or 2 of 7 dose-response experiments; heart rate and EAS eEMG response were assessed before and 24 hours after oral treatment with larkspur (doses equivalent to 0.5 to 15 mg of MSAL-type alkaloids/kg). In 3 subsequent experiments, 3 heifers (1 of which was replaced with another heifer in the control experiment) each received 10 mg of MSAL-type alkaloids/kg and were injected IV with physostigmine (0.04 mg/kg), neostigmine (0.04 mg/kg), or saline (0.9% NaCl) solution 24 hours later, prior to assessment. Additionally, EAS eEMG response was measured in 4 cows before and after epidural administration of 2% lidocaine hydrochloride. Results--Larkspur-treated heifers developed dose-related increases in heart rate and decreases in EAS eEMG response. Twenty-four hours after administration of MSAL-type alkaloids, neostigmine decreased heart rate but did not affect eEMG response, whereas physostigmine did not affect heart rate but caused a 2-fold increase in eEMG response. In cows, epidural anesthesia did not alter eEMG response, suggesting that transdermal stimulation of the EAS pudendal innervation did not occur. Conclusions and Clinical Relevance--In cattle, cardiac effects and muscle weakness or loss of EAS eEMG response induced by larkspur-derived MSAL-type alkaloids were reversed by neostigmine or physostigmine, respectively. Treatment with anticholinesterase inhibitors may alter the clinical effects of larkspur poisoning in cattle.

Objective--To describe the simple elimination kinetics of methyllycaconitine (MLA) and deltaline and evaluate the heart rate response in cattle following oral administration of larkspur. Animals--5 healthy Angus steers that were habituated to metabolism crates. Procedures--Tall larkspur (Delphinium barbeyi) in the early flowering stage was collected, dried, and ground. Each steer received a single dose of larkspur that was equivalent to 10.4 mg of MLA/kg and 11.0 mg of deltaline/kg via oral administration. Steers were housed in metabolism crates during a 96-hour period following larkspur administration; heart rate was monitored continuously, and blood samples were collected periodically for analysis of serum MLA and deltaline concentrations as well as assessment of pharmacokinetic parameters. Results--No overt clinical signs of poisoning developed in any steer during the experiment. Mean ± SE heart rate reached a maximum of 79.0 ± 5.0 beats/min at 17 hours after larkspur administration. Serum MLA concentration was correlated directly with heart rate. Mean times to maximal serum concentration of MLA and deltaline were 8.8 ± 1.2 hours and 5.0 ± 0.6 hours, respectively. Mean elimination half-life values for MLA and deltaline were 20.5 ± 4.1 hours and 8.2 ± 0.6 hours, respectively. Conclusions and Clinical Relevance--Following larkspur administration in 5 healthy steers, maximum serum concentrations of MLA and deltaline were detected within 10 hours, and changes in serum MLA concentration and heart rate were correlated. Results indicated that cattle that have consumed larkspur will eliminate 99% of MLA and deltaline from serum within 144 hours.

To evaluate economic effects and health and performance of the general cattle population after exposure to cattle persistently infected (PI) with bovine viral diarrhea virus (BVDV) in a feedlot. 21,743 high-risk calves from the southeastern United States. PI status was determined by use of an antigen-capture ELISA (ACE) and confirmed by use of a second ACE, reverse transcriptase-PCR assay of sera, immunohistochemical analysis, and virus isolation from sera. Groups with various amounts of exposure to BVDV PI cattle were used. After being placed in the feedlot, identified PI cattle were removed from 1 section, but PI cattle remained in another section of the feedlot. Exposure groups for cattle lots arriving without PI animals were determined by spatial association to cattle lots, with PI animals remaining or removed from the lot. 15,348 cattle maintained their exposure group. Performance outcomes improved slightly among the 5 exposure groups as the risk for exposure to BVDV PI cattle decreased. Health outcomes had an association with exposure risk that depended on the exposure group. Comparing cattle lots with direct exposure with those without direct exposure revealed significant improvements in all performance outcomes and in first relapse percentage and mortality percentage in the health outcomes. Economic analysis revealed that fatalities accounted for losses of $5.26/animal and performance losses were $88.26/animal. This study provided evidence that exposure of the general population of feedlot cattle to BVDV PI animals resulted in substantial costs attributable to negative effects on performance and increased fatalities.

A total of one hundred samples of marketed fish farm; 25each of tilapia (Oreochromis niloticus), Mugil cephalus, Carp (Silver) and fry; were collected from different localities at Al- Behera and Kafr El-Shakh Provinces. The samples were examined for detection of testosterone hormone by Thin Layer chromatography (TLC) as well as it was quantitatively assayed by Radio-Immuno-Assay (RIA). The obtained result revealed that the testosterone residues were detected in flesh of farm fish of Tilapia (Oreochromis nilotocus) and Carp (Silver), each constituting 24% and 4 %; respectively but it could be failed to detect in each of Mugil cephalus and fry. The hormonal residues of testosterone was ranged from 3.25 to 34.9 ng/g with mean value 4.22±1.1 ng/g in positive samples of Tilapia, while only one sample of Carp showed 22.0 ng/g, Mugil cephalus and Fry showed no detectable level of hormonal residues. The public health significance of detectable levels was discussed as well as the recommendations to avoid health hazards from such fish were mentioned.

The present study was designed to investigate the sedative anaesthetic activity of a combination of Xylazine (X), Fentanyl (F) and Ketamine (K) in local domestic pigeons. Twelve pigeons of either sex were used. The combination of (X) and (K) were administered as pre-medication to induce sedation. Fiften minutes, after (X+F) administration, (K) was injected. All drugs were injected into the pectoral muscles. The anaesthetic effect of these drugs was reversed by injection of Yohambine (Y) and Naloxone (N) combination subcutaneously. The sedative and anesthetic activity of the (X+F-K) combination and, alterations in heart rate (RR), Respiratory rate (RR) and cloacal temperature (CT) were investigated at 10 minute before (X+F) injection, 10 and 15 minute after (X+F) administration, 5, 15, 25, 35, 45 and 55 minutes, after (K) injection and at 1, 5, 15, 25, 35, 45 and 60 minutes after (Y+N) injection. The HR, RR and CT of pigeon decreased within 10 minute after (X+F) injection and remained lower until its improvement after (Y-N) injection. The drugs combination used in this study produced a satisfactory general anaesthesia in ten of the twelve pigeons. The (Y-N) combination was an effective reverse that provide safe recovery from this anaesthetic protocol in pigeons.

The isolate of Alternaria alternata that isolated from soil produced extracellularsecondary metabolites (Mycotoxin) of carbohydrate with reducing nature which hadinhibitory effect against Gm positive & Gm negative standard and pathogenic bacteria insolid media. Three types of media Malt Extract Agar (MEA), Potato Dextrose Agar(PDA) and Potato Carrot Agar (PCA) can be using as solid or liquid media for productionthis mycotoxin. The mycotoxin extracted from free cell supernatant by simple extractionmethod using ethanol 90%. The cytotoxicity of extracted mycotoxin against human bloodcells (RBCs) was (25) ppm. The acute toxicity of extracted toxin as determined by LD50of laboratory mice was 150 mg/kg.

It was found that 0.1gm of para-aminophenyl mercuric acetate PAPMA dissolved in 10ml of distilled water added in to,Muller-Hinton agar, inhibited the growth of four standard strains bacteria [E.coli ATCC25922, S.aureus ATCC 25923, P.aeruginosa ATCC27853 and S.aureus NCTC6571] and four clinical strains bacteria positive and negative to gram stain [Klebsiella sp.,from blood isolate , E.coli, from stool isolate, Staphylococcus sp., from blood isolate, and Proteus sp.,from urine isolate]. Higher concentrations of PAPMA solution in to the medium inhibited growth of bacteria under study more strongly. The minimal inhibitory concentration (MIC) and cytotoxicity of PAPMA were studied against human blood and it was found that it has no hemolytic in RBCs for human in 1– 5µg/ml. The acute toxicity LD50 of PAPMA was studied and it was about 11.3mg/Kg.

A study was conducted during the autumn of 2000 with sheep fed on pasture from areas very near to the military operations yards in which bombs containing depleted uranium were used during 1991 war. These areas were:Safwan, Zubair, North Rumaila, tanks grave yards and Sanam Mountain. 18 samples were collected from sheep grazed in these areas Tow methods were used to measure the Radioactive nucleosides in the blood; Lyoluminescence and Track detectors methods, so that blood samples were divided into radiated and non radiated. Results of the hematological evaluation showed no significant difference between radiated and non radiated samples in Hb, PCY, and RBC. Insignificant increase was noticed in total and differential leukocytes of radiated blood samples-The biochemical parameters were also insignificantly changed in radiated blood samples as compared with those obtained from non radiated animals. These includes; total protein, cholesterol .Blood serum enzymes showed significant decreased in Aspartate aminotrasferase (AST) , while no such changes were observed in, Alaninaminotransferase (ALT), and Alkaline Phosphates (ALP)

The aim of this study is to investigate the effect of human chorionic gonadotophic (HCG), 17β-estradiol and hydrocortisone on some blood parameters and body weight in female rabbits. Twenty local rabbits were subdivided randomly and equally into four groups . The1st group used as control . The 2nd group was injected daily (30 IU /kg B.W) HCG intramuscularly . The 3rd group was injected subcutaneously daily with 0.1 mg /kg B.W s/c 17 β-estradiol and the 4th group was injected daily 0.1 mg /kg B.W intramuscularly hydrocortisone. After five weeks blood serum was tested for total Cholesterol, HDL(height density lipo-protein), LDL (low density lipo- protein),TG (triglycerides), total protein and pH. Body weight was taken dialy from first day . The results showed that the administration of HCG raised high significantly LDL(p>0.01) while total Cholesterol , TG, glucose failed to reach the significant level, .However HCG significantly lowered HDL (p>0.01) Total protein and body weight were decreased with no change in blood pH compared with the control group. The treatment with 17β-estradiol decreased the level of cholesterol , , TG and lowered significantly HDL(p 0.05 >and increased significantly LDL (p > ( 0.05. Glucose and total protein were increased with no significant effect on body weight and pH compared with the control group. While hydrocortisone increased ,HDL ,TG ,LDL and glucose and decreased cholesterol and total protein level moreover body weight and pH did n,t effected