If the majority of people can't see the visible spectrum, then it wouldn't be the visible spectrum. Also light and color are complicated, it might be interesting for you folks to read up on it some more
I can see the 37 quite clearly, and the 56 stands out like neon lights for me, which I found odd that most of the comments mentions not being able to see 56 at all. I suspect that that means that (that) the problem with those individuals is that they cannot see some of those shorter wave lengths. A quick search revealed that the colour I am seeing for 56 looks similar to the type of violet at the very edge of the spectrum. At first I couldn't see 49, but then I realised it was the darker areas.
FYI if you're watching this and suddenly think you're color blind because you can't see the third square, you're probably not. I'm not colorblind and couldn't see it unless I tilt my screen way back - image must be distorted.
One little mistake, the genes for flower color and seed color are on the same chromosome; however, they are so far apart that they behave as if not linked.
Can anyone tell me what specific type of colorblindness the third box is? I've gone all this time thinking my vision was perfect but I can't see any number in that box!
I can make out the 37 and the 49 and also vaguely trace the outline of the 56 but probably wouldn't have been able to make out the number if it wasn't on the bottom. Does this mean anything?
wait... so the blank greenish-whitish boxes had stuff in them? now that you mention it I see a vague 37 inside the first but nothing in the other two. Haha... good thing I read the comments before continuing with the vid. Thanks people for your comments.
Hi I have a question.. I was told by me bio teacher that the x aditional chromosome in a woman condenses and makes a sort of ball called a barr that practically does not have any function.. she told me that woman have this nonfunctinal chromosome condensed in every cell.. why does this chromosome do help in some diseases... is this barr not totally malfunctioning
Hey i found your video interesting , may be you can give me hand with our dog problem / question. I´m interested in this - We have brothers A and B. Because A died and we would like to bring his genetics back. A also having still living son lets say A1. Who of those ones is better for getting as much A gens back ? Is it B (brother) or A1 (son)?
the fact they have 2 x chromosomes means they diseased chromosome can be "ignored" and the other x functional chromosome relied on. But in males, they have just one x and one y, which means if either is affected, it will readily show as both are fully functional.
Hello, I have a question, what are the three types of color blindness called, I just found out I have one of them and would like to do some research on it. Thank you very much.
James Mallon Fortunately, you don't have to worry about that :) :) ! Turns out that our Mitochondrial DNA is genetically identical to all the individuals in these five racial clades: Caucasians (Europeans and Middle Easterners), Altayics (Northern and Central Asians), Amerinds (Native Americans), Austrosinites (Southeastern Asians), and Australoids (Southern Asians and Oceanian Aborigines) These clades listed here are included into one giant clade - originating from the first people who migrated out of Africa. Unsurprisingly, various Black African clades have different mitochondrial DNA - even different from individual to individual. So, don't feel sorry about your moms DNA. I have it, you have it, and your nephews all have it.
