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  • What is the difference between the cellular affix -cyte and -blast?
    The affix -blast means an immature cell, and -cyte indicates any cell So how do we define if a cell is mature (-cyte) or immature (-blast)? How does this apply to odontoblasts and ameloblasts? Why
  • What is the difference between myoblasts, myotubes and myocytes
    Myocyte - [cyte:cell] they are already differentiated, hence are fully specific about themselves what constituent they are going to become Myotubes - myocytes condense as a mass, also besides that they undergo elongation as well, which ultimately results into formation of bundle like structure
  • Could a biological process organically build solid metal organs?
    The osteoblast, now encased in a shell of hydroxyapatite (called the lacuna), transforms into an osteocyte (-cyte = mature cell) and projects long arm-like structures called filopodia which it uses as sensors and to communicate with surrounding osteocytes
  • Do restriction enzymes on read 3 to 5? - Biology Stack Exchange
    Every chart of palindromic restriction enzymes I've seen lists their restriction sites from 5' to 3', something like this: EcoR1 cuts GAATTC between the G and A: 5' NNNGAATTCNNN 3'
  • How many species of animals are biologically immortal?
    Using Wikipedia as a jumping off point for further exploration, we see: Hydra - it's been suggested that Hydra are biologically immortal (Hydra stem cells have a capacity for indefinite renewal) See FoxO is a critical regulator of stem cell maintenance in immortal Hydra Turritopsis dohrnii and Turritopsis nutricula In any point of the medusa stage has the ability to transform back into its
  • How do archaea relate to eukaryotes and bacteria?
    The relationship between the three is so overly complicated because of horizontal gene transfer, i e cells sharing parts of their genome with others instead of the normal passing-down to the next generation This works between eukaryotes, archaea and bacteria and causes the mixing of the three An overview (originally proposed by Woese et al): Bacteria are simplest considering cellular
  • Formal definition of an animal - Biology Stack Exchange
    The Wikipedia entry for animal defines it as a “multicellular eukaryotic organism in the biological kingdom, Animalia” I do not find this definition very clear In particular, it seems almost circ
  • How does inbreeding affect genetic equilibrium? - Biology Stack Exchange
    Genetic equilibrium as described mathematically by the Hardy-Weinberg equilibrium is a theoretical framework that is more of a useful tool to test against rather than a theory that accurately reflects real world conditions But for this example there are some of the underlying assumptions that are violated by your example that would mean genetic equilibrium would not be likely Here are the HW
  • protein evolution - How to calculate the conservation score of specific . . .
    Preamble I am not quite sure what the poster is trying to do, in particular the question “is there a way to calculate the score between different disulfide bridges?” Clearly, if different bridges are completely conserved between species in two different proteins or within the same protein, that’s it (Sort of the converse of ‘slightly pregnant’ ) Nevertheless this answer discusses
  • physiology - Why there is a very high drop in pressure from arteries to . . .
    The vessel diameter is the most principal determinant to control resistance Compared to other smaller vessels in the body, the artery has a much bigger diameter (4 mm), therefore the resistance is low In addition, flow rate (Q) is also the product of the cross-sectional area of the vessel and the average velocity (Q=AV) Flow rate is directly proportional to the pressure drop in a tube or in





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