No, after telophase (a.k.a. during interphase) the chromosomes entangle as they replicate however it does again become possible for individual chromosomes to be distinguished in prophase as the chromosomes begin to 'coil up' or condense.
It is not possible to get pregnancy from the dog to human female. Chromosomes do not allow such pregnancy to take place.
There is no widely known individual named Floribel. It is possible that it could be a unique or fictional name.
Honey bee queens and workers are diploid and have 16 pairs of chromosomes; drones are usually haploid, with only 16 chromosomes. It is possible for a small number of diploid drones to exist, but only the haploid drones can sire the next generation.
Chris St. Clair is The Weather Network weekend morning and early afternoon broadcaster and author of the book "Canada's Weather".
No, it is biologically impossible for a woman to get pregnant by a pig. Humans and pigs have different numbers of chromosomes, which prevents successful fertilization and the development of a viable embryo. Additionally, there are significant physiological barriers that prevent interspecies reproduction, such as differences in reproductive anatomy and hormonal regulation.
By the time the cell is in telophase, the chromosomes have already replicated, condensed, lined up, and migrated to their poles. During telophase the chromosomes are separating as far apart as possible preparing the cell for cytokinesis (division of cytoplasm).
About half of us DO have an XY chromosome. Males. XX chromosomes are female.
By the time the cell is in telophase, the chromosomes have already replicated, condensed, lined up, and migrated to their poles. During telophase the chromosomes are separating as far apart as possible preparing the cell for cytokinesis (division of cytoplasm).
well as a matter of fact, yes. There is a possible risk of the chromosomes to get damaged. According to my experiment my data says that when the nuclear membrane is forming right before telophase, it is possible for the membranes to collide with the chromosomes which might hurt or injure the chromesome. So, I practically answered your question. Well thank you very much! It was a pleasure to answer your question and it was fun because science is ofcourse my number one favorite subject off all times. well bye-bye
Information about the telophase stage can be located in most any science book. Information can also be located by visiting a local library and inquiring about any possible materials on the subject.
Prophase I: chromosomes start to condense and become visibleMetaphase I: homologous chromosomes line up at equatorial plateAnaphase I: homologous chromosomes separate and move to diferent polesTelophase I: one set of chromosomes arrive at each poleProphase II: chromosomes condense againMetaphase II: individual chromosome line up at equatorial plateAnaphase II: centromere divides, and chromosomes (from chromatids) move to different polesTelophase II: one set of chromosome arrive at each pole.
No it is not possible
There are 23 pairs of chromosomes. This means that during meiosis there are 2 varieties of each chromosome to choose from - one paternal and one maternal. The assortment of individual chromosomes occurs independent of the other chromosomes. There are therefore 23 independent selection events, each with 2 options to choose from - so the total number of possible combinations is 223.
Yes, karyology is the study of chromosome structure and number present in the cells of an individual. Hybridization is possible only with compatible chromosomes of male and female parents.
The difference - is in the resolution of the image (or text). With a TFT display, it's possible for the human eye (albeit with difficulty) to distinguish individual pixels. With the retina display, the resolution is so fine, the makers claim it's impossible to distinguish individual pixels with the naked eye. Think of it as the difference between 'standard' and HD television !
No.
Not possible, both are numbers.