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- W2110726627 abstract "This study was designed to investigate if the characteristics of feline urethral sperm can be affected by high dilution in an artificial medium. The semen collected by urethral catheterization from eight male cats was evaluated for sperm concentration and motility and subsequently diluted with a TRIS-based extender to the concentration of spermatozoa 10 × 10(6)/mL, 5 × 10(6)/mL, and 1 × 10(6)/mL. Immediately after the extension samples were assessed for motility, cell viability using SYBR-14 and propidium iodide, acrosome integrity using lectin from Arachis hypogaea Alexa Fluor 488 Conjugate, and propidium iodide and chromatin status by acridine orange. Compared with 10 × 10(6)/mL dilution rate, spermatozoa diluted to 1 × 10(6) sperm/mL had a significantly lower proportion of motile (31.1% ± 19.8 and 0.7% ± 1.6, respectively, P < 0.05) and viable spermatozoa (88.3% ± 3.1 and 69.1% ± 12.8, respectively, P < 0.01). There was no dilution-related difference in the acrosome integrity (76.7% ± 11.9 vs. 75.9% ± 10.6) and chromatin status (defragmentation index, 3.3% ± 0.97 vs. 3.4% ± 1.7). These results indicate that feline urethral semen is susceptible to high dilution rate, and some sperm characteristics can be artifactually changed by semen dilution. It also suggests the potential role of seminal plasma in maintaining sperm motility and viability in high dilution rates." @default.
- W2110726627 created "2016-06-24" @default.
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- W2110726627 date "2014-12-01" @default.
- W2110726627 modified "2023-09-26" @default.
- W2110726627 title "Effect of dilution rate on feline urethral sperm motility, viability, and DNA integrity" @default.
- W2110726627 cites W1524812681 @default.
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- W2110726627 cites W1969499429 @default.
- W2110726627 cites W1969624149 @default.
- W2110726627 cites W1983693183 @default.
- W2110726627 cites W1985237473 @default.
- W2110726627 cites W1986963180 @default.
- W2110726627 cites W1987327046 @default.
- W2110726627 cites W1994365642 @default.
- W2110726627 cites W1997370128 @default.
- W2110726627 cites W1997764120 @default.
- W2110726627 cites W1999153267 @default.
- W2110726627 cites W2004721122 @default.
- W2110726627 cites W2005818470 @default.
- W2110726627 cites W2006179085 @default.
- W2110726627 cites W2008211291 @default.
- W2110726627 cites W2015716726 @default.
- W2110726627 cites W2020707179 @default.
- W2110726627 cites W2028941559 @default.
- W2110726627 cites W2030526008 @default.
- W2110726627 cites W2032237423 @default.
- W2110726627 cites W2033951422 @default.
- W2110726627 cites W2038447971 @default.
- W2110726627 cites W2043138674 @default.
- W2110726627 cites W2043420622 @default.
- W2110726627 cites W2045636690 @default.
- W2110726627 cites W2049678119 @default.
- W2110726627 cites W2052070056 @default.
- W2110726627 cites W2052103047 @default.
- W2110726627 cites W2052114697 @default.
- W2110726627 cites W2052279344 @default.
- W2110726627 cites W2055378081 @default.
- W2110726627 cites W2063323187 @default.
- W2110726627 cites W2063761137 @default.
- W2110726627 cites W2064033158 @default.
- W2110726627 cites W2070557368 @default.
- W2110726627 cites W2071053327 @default.
- W2110726627 cites W2073371105 @default.
- W2110726627 cites W2074582775 @default.
- W2110726627 cites W2075897747 @default.
- W2110726627 cites W2076453557 @default.
- W2110726627 cites W2090848308 @default.
- W2110726627 cites W2091948183 @default.
- W2110726627 cites W2093068520 @default.
- W2110726627 cites W2102322350 @default.
- W2110726627 cites W2103650850 @default.
- W2110726627 cites W2105176413 @default.
- W2110726627 cites W2105465386 @default.
- W2110726627 cites W2106796770 @default.
- W2110726627 cites W2117604540 @default.
- W2110726627 cites W2118152773 @default.
- W2110726627 cites W2118901740 @default.
- W2110726627 cites W2119259043 @default.
- W2110726627 cites W2122277755 @default.
- W2110726627 cites W2124061002 @default.
- W2110726627 cites W2132508071 @default.
- W2110726627 cites W2134513642 @default.
- W2110726627 cites W2141348056 @default.
- W2110726627 cites W2143535428 @default.
- W2110726627 cites W2144147626 @default.
- W2110726627 cites W2149976591 @default.
- W2110726627 cites W2150393703 @default.
- W2110726627 cites W2153241553 @default.
- W2110726627 cites W2154448652 @default.
- W2110726627 cites W2164809374 @default.
- W2110726627 cites W2165278520 @default.
- W2110726627 cites W2166661491 @default.
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- W2110726627 cites W2408906108 @default.
- W2110726627 cites W2574377303 @default.
- W2110726627 cites W3151666255 @default.
- W2110726627 doi "https://doi.org/10.1016/j.theriogenology.2014.08.012" @default.
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- W2110726627 hasPublicationYear "2014" @default.
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