https://www.selleckchem.com/products/cerdulatinib.html Antibacterial resistance is a great concern in human and food animal medicine, and it poses a significant concern in pet animals like dogs. This cross-sectional study was conducted to evaluate the antimicrobial resistance pattern of , spp., and spp. along with the carryover of some resistance genes in from dogs in the Chattogram metropolitan area, Bangladesh. Rectal swab ( = 50), nasal swab ( = 50), and skin swab ( = 50) samples were collected from dogs having respiratory infections, skin infections, and/or enteritis, respectively. Three types of bacteria were identified and isolated by conventional bacteriological techniques and biochemical tests. Antimicrobial susceptibility testing was carried out against 12 antimicrobials by disk diffusion methods. Six resistance genes, namely , , A, B, I, and II, were screened for phenotypically resistant isolates by the polymerase chain reaction. A total of 39 (78%) , 25 (50%) spp., and 24 (48%) spp. isolates were isolated from the rectal swab, nasal swab, and skin swab samples, respectively. In the cultural sensitivity test, the isolates showed resistance to ceftriaxone (79%) and sulfamethoxazole/trimethoprim (64%). Doxycycline (80%) demonstrated the highest resistance among isolates, followed by sulfamethoxazole/trimethoprim (60%). isolates showed the highest resistance to penicillin (63%), followed by ceftriaxone (54%), while no isolate showed resistance to gentamycin. The prevalence of , , A, B, I, and II genes in phenotypically resistant isolates were 100%, 61.29%, 100%, 8.33%, 56%, and 72%, respectively. Spillover of such multidrug-resistant bacteria and resistance genes from pet dogs pose a serious public health risk. Spillover of such multidrug-resistant bacteria and resistance genes from pet dogs pose a serious public health risk. In this research study, we explore the fluctuating asymmetry (FA) of palate hybrids and their parental species (dromedary and Bactrian)