There are two different answers to this question:
No, the DNA makeup of the two species are not compatible with one another.
Human DNA and monkey DNA share a high degree of similarity due to evolutionary relationships. Both humans and monkeys have a common ancestor, so their genetic makeup is quite similar. However, there are also distinct differences in the DNA sequences that account for the unique characteristics of each species.
No, guinea pig DNA and human DNA are not identical. While there may be some similarities in certain genes, the overall genetic makeup between the two species is different. Guinea pigs and humans have evolved separately and have unique genetic characteristics.
Chromosomes are you're genetic makeup which is what DNA is
The DNA of humans and dogs is about 84 similar in terms of genetic makeup.
The DNA of humans and rats is about 85-90 similar in terms of genetic makeup.
No, it is not possible to put jellyfish DNA into a human and have the human glow. The glowing property in jellyfish comes from a protein called green fluorescent protein (GFP), which would not work the same way in a human body due to differences in biology and genetic makeup.
The only thing I can add at this point, is: Human DNA/ Chimp DNA 98% match, versus Human DNA/ Rhesus Monkey DNA 95% match. Although all living creatures have DNA and share many similarities, the similarities become less and less as the evolutionary process takes place. Therefore, Human DNA/ Jellyfish DNA = (60%?) match?
The nucleus holds DNA, which is the chemical makeup of the cell.
No, dandelions and humans do not share a significant amount of DNA. Dandelions belong to the plant kingdom, while humans are animals. While all living organisms share some basic genetic building blocks, the overall genetic makeup of dandelions and humans is distinct.
Yes. Human DNA is human DNA.
Mixing plant DNA with human DNA is not possible through natural means. Even if it were possible, the outcome would likely be non-viable or result in severe genetic abnormalities due to the vast differences in genetic makeup and biological processes between plants and animals.