If you removed chromosomes from a dog's sperm to match the number of chromosomes a human females egg has an inseminated the human female with it what would happen

Removing chromosomes from a dog's sperm to match the chromosome number of a human egg (which has 23 chromosomes) would not result in a viable or functional fertilization. There are several reasons for this: 1. **Species Compatibility**: Dogs and humans are vastly different species with distinct genetic makeups. Even if you were able to match chromosome numbers, the genetic information contained within those chromosomes is incompatible. Fertilization typically requires genetic material from both parents to come together in a way that allows for proper development of an embryo. In this case, the dog's genetic information would not correspond or function properly with human genetic information. 2. **Viability of Sperm**: The removal of chromosomes from the sperm would likely compromise its viability. Sperm require a complete set of genetic information to properly fertilize an egg. Altering the genetic structure could prevent the sperm from functioning or even surviving long enough to reach and fertilize the egg. 3. **Embryonic Development**: If a sperm with a modified chromosome count were to fertilize a human egg (theoretically), it is extremely unlikely that the resulting zygote would be able to develop into an embryo. Even if fertilization were to occur, the genetic incompatibility would likely result in failure of cell division and development, leading to early embryonic death. 4. **Ethical and Legal Considerations**: Such an experiment would raise significant ethical concerns and would likely be illegal in many jurisdictions due to the implications of genetic manipulation and interspecies reproduction. In summary, manipulating the chromosomal content of dog sperm to facilitate fertilization of a human egg would not result in a viable organism due to genetic incompatibility, fertility issues, and ethical considerations.