Which animal or organism in general has the most chromasomes?
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There's a fern with thousands of chromosomes.\n\nAccording to wiki, Aulacantha (protozoa) is the highest with ~1600  \n\nGod, I love wikipedia.
711557
Animalia\n\nThis is the scientific term for the animal kingdom (hence the hint, "But who is the king?")
674386
They are really altering thier color.  Cuttlefish, for example, have specialized pigment cells (chromatophores) that contain different colors. These cells compress or expand to increase or decrease the balance of the color in that area.  The overall effect is much like the pixels of your computer screen, different color concentrations and mixtures changing what you see.
425990
black :(\n\nlots of helpless animals covered in black gunk from oil spills.
1007824
All insects have 5 eyes.\n\nMany arachnids have 5 or more eyes including spiders and scorpions.\n\nMany mussels such as clams have numerous eyes, often 20 or more.\n\nBox jellyfish have 5-15 eyes.\n\nThe only chordates to have more than two eyes are the jawless fish: lampreys and hagfish. These fish have a third eye located in the middle of the head.\n\nThe tuatara, a reptile from New Zealand has a partially developed third eye in the middle of its head but  it can't actually see with it.
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try here\nhttp://www.tpub.com/content/medical/14295/css/14295_272.htm\nor here\nhttp://abacus.bates.edu/~ganderso/biology/resources/microscopy.html
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The blue whale is the largest animal on Earth.  Its heart is the size of a Volkswagen Bug, its tail is as wide as the wingspan of a small aircraft, and some of its blood vessels are so wide that you could swim through them.  \n\nIt is also considered the loudest animal by decibel measure, but since sound travels better than water than through air, perhaps a land animal (i.e. african elephant) deserves the title.
47198
I don't know for sure, but with some primitive forms of aquatic life their "blood" can actually be similar to blue in color
797052
There is no ONE kind of animal.... several species can see color to some extent and it is difficult to prove since animals can not tell us!!\n\nHowever go to this link and it will describe many animals that can see color to some extent.\nhttp://webexhibits.org/causesofcolor/17.html\nsome even better than humans (pigeons and mantis shrimp!)
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Lysosome\nFlagella\nCentriole\nCentrifuge\nMyofibrils
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Seeing-eye dog.\nWalks on four legs, like a chair (b/c a chair has 4 legs)
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he he...yeah thats true. But the fact is whites are the most colored of all people on earth i forget what the genetic material is called but whites have the most of them and blacks have the lease. Also if you buy a color wheel that has every color on in excluding white and you spin it quicly...you will see only the color white.
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The fern.  I've found sites listing species that have 480 or 768 or  even 1200 chromosomes!\n\nNo humans are not the "best" and no it's not true that "Acording to evolution the more an organism evolves [whatever that means] the more chromosomes it gets."\n\nHumans aren't even in the running for most chromosomes.  Many plants, and even the lowly amoeba has us beat.  The butterfly has 380.\nOther contenders: \nWhite Ash 138 \nCarp 100\nGoldfish 94 \nSweet Potato 90 \nTurkey 82\nChicken 78 \nDog 78 \nDuck 78\nHorse 64 \nCow 60 \nSilkworm 56\nCotton 52 \nAmoeba 50 \nChimp 48\nTobacco 48 \nHuman 46
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Lizard chromosome counts very widely from species to species, and because lizards are genetically predisposed to parthogenesis, scientist actually tally up the chromosome count between macrochromosomes and microchromosomes. See the link below that discusses why chromosome count is not a good method of taxonomy.
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Predominantly red and blue - there are peaks at these ends on the absorption spectrum:(http://www.mbari.org/staff/ryjo/cosmos/Cabs.html)\nBasically, they DON'T use much green - it is reflected back, so is what is seen by your eyes - hence green plants appear green!\nThe main pigments in green plants are chlorophyll-a and chlorophyll-b (which absorb light at those particular wavelengths/colours shown in the diagram) but there are also other pigments used in plants and algae.\n\n-Tara mentioned photosystems - yup, there are 2 photosystems used in the light reactions of photosynthesis - the light energy is absorbed by the pigments in the 'antenna complex' of PSII, which then transfer this energy toward the centre Chl-a molecule ("reaction centre chlorophyll") of that photosystem, exciting an electron which is passed down an 'electron transport chain' to PSI, etc... (if you don't need to know it yet, it's sounds like a scary long process!) - but although I believe the reaction centre chlorophylls may absorb light best only at the red end, there are other pigments in the photosystems which would be absorbing at the blue end as well I should think - blue light is higher energy (shorter wavelength) than red light, so this higher energy light would be absorbed by pigments nearer the edges of the antenna complex, and as the light is transferred through to the reaction centre chlorophyll it would lose energy in the process, and thus probably more toward the red end of the spectrum by the time it arrives. http://en.wikipedia.org/wiki/Photosystem
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sorry.. your Question seems truncated...\n\nShould be the Sperm Whale I think
332957
1. Porifera (sponges), Cnidaria (jellyfish, coral polyps etc.), Ctenophora (comb-jellies), Placozoa (Trichoplax)\nIf we are speaking only about animals with distinct tissues, we must exclude Porifera.\n\n2. Mesoderm gives rise to muscle, connective tissue and circulatory system. So there are no specialized muscle cells (only "skin-muscle" cells) and no circulatory system in those animals. There are other parts that will be missing from those animals but not due to the lack of mesoderm - e.g., organ systems as such (even flatworms have defined digestive and excretory systems, for example).