Osmoregulation in Fish

Поделиться
HTML-код
  • Опубликовано: 2 фев 2025

Комментарии • 33

  • @sarahmilne1498
    @sarahmilne1498 5 лет назад +1

    The pics of you fishing made me smile:) thanks for the great vid.

    • @DeBaccoUniversity
      @DeBaccoUniversity  5 лет назад

      Trying to add a little personal flare, thanks for noticing.

  • @AlexisDelapuente
    @AlexisDelapuente 10 месяцев назад

    What a fantastic video. Amazing explanation!

  • @nyrantahija4
    @nyrantahija4 2 года назад

    Really appreciate the video, it was helpful just a little detail

    • @DeBaccoUniversity
      @DeBaccoUniversity  2 года назад +1

      Glad it helped you out!

    • @nyrantahija4
      @nyrantahija4 2 года назад

      @@DeBaccoUniversity yes ofc it help me and now i understand and know the difference between freshwater and marine species

    • @nyrantahija4
      @nyrantahija4 2 года назад

      I have one question what will happen to a purely estuarine species when it enters freshwater/ salt water

  • @pointofolk1659
    @pointofolk1659 4 года назад

    This is absolutely amazing!!!!!!! nice job. please continue ...

    • @DeBaccoUniversity
      @DeBaccoUniversity  4 года назад

      Thanks for the comment and through a simple search on the DeBacco University channel, there are many more topics you can learn about.

  • @AquariumWizard
    @AquariumWizard 3 месяца назад

    Where did the figure for the fish salinity come from? The 14%? Interested in tracking down studies relating to that exact figure

    • @DeBaccoUniversity
      @DeBaccoUniversity  3 месяца назад

      This should read 1.4% so off by a factor of 10, but the general concept still hold true.

  • @rebikamoirangcha3776
    @rebikamoirangcha3776 3 года назад

    Thank you for sharing your expertise 😊.. now it is useful to me

  • @pramapandey2817
    @pramapandey2817 4 года назад

    This is absolutely amazing!!!!!!! Thank you so so much!

    • @DeBaccoUniversity
      @DeBaccoUniversity  4 года назад

      You are welcome and thanks for taking the time to comment!

    • @raniafatima3893
      @raniafatima3893 4 года назад

      ruclips.net/video/go1X_J4ZfH4/видео.html

  • @millionkifle2195
    @millionkifle2195 3 года назад

    Please help these question
    1. Do you think that gravity affects aquatic organisms in general and fish in particular in the same manner as that of terrestrial organisms? Write the reasons behind your claim.
    2. How do density and viscosity of water affect the uptake of oxygen by fish? Discuss in detail.
    3. Compare and contrast respiration among agnathans, cartilaginous fish and teleosts in a summarized format.
    4. Describe the process of sequential hermaphroditism and list examples of fishes which follow the patterns of protogyny and protandry.
    5. Discuss the advantages and disadvantages of group and pair spawning in fish.

    • @DeBaccoUniversity
      @DeBaccoUniversity  3 года назад +1

      Looks like someone has 5 homework questions and is using the internet to search up the answers. Glad you found the video and channel, but this video is about the osmotic stresses on cells of fish depending on the salinity of the water they are living in, which is not addressed in any of the questions you posted.

  • @AsheeBashee
    @AsheeBashee 4 года назад

    Very good video!

    • @DeBaccoUniversity
      @DeBaccoUniversity  4 года назад

      Your comment is appreciated and glad you found it useful.

  • @billygoodman5636
    @billygoodman5636 Год назад

    It's 3.5 percent salinity, NOT 35 % salinity in saltwater! (video at about 2:50)

  • @alishbashah7350
    @alishbashah7350 5 лет назад +1

    Very very helpful

  • @saadzah5930
    @saadzah5930 5 лет назад

    HI! Thanks for your video, it was helpful, just a little detail to improve it, salt concentration is in (ppt) and not percentage.

    • @DeBaccoUniversity
      @DeBaccoUniversity  5 лет назад +2

      I agree, typically it is expressed as ppt (parts per thousand), but for the education goal of this video and audience, expressing salinity as a percentage was thought to be easier to understand. This is a continual challenge with all of the content on this channel. Thanks for commenting.

  • @bobthesir1467
    @bobthesir1467 5 лет назад

    Excellent lecture! Do you mind if I cite your work on a school project?

    • @DeBaccoUniversity
      @DeBaccoUniversity  5 лет назад +1

      No problem at all, where do you attend school? It is always interesting to learn where the videos are being used.

    • @bobthesir1467
      @bobthesir1467 5 лет назад

      @@DeBaccoUniversity I'm from Brazil, maybe that's not exactly what you expect hahahahaha... (I can't tell you how helpful it is to know English and be able to cite foreign sources) So, how would I cite you exactly? I think name and university would be enough. Thanks in advance!

    • @DeBaccoUniversity
      @DeBaccoUniversity  5 лет назад +1

      @@bobthesir1467 Thanks for posting your location that is great to know. Regarding citations, there can be different formats that are determined by the place of publication. There can also be different requirements if you are citing the video lecture or the slides found in the description. MLA, APA and Chicago are the most common structures used. You should simply search "how to cite a RUclips video" which will likely provide you with the information you need to best fit your situation. Your comment is appreciated and thanks for going through the proper channels to credit your source of information.

  • @alexawermuth558
    @alexawermuth558 7 лет назад

    If the fresh water is 0% salinity meaning there's no salt in it how does the freshwater fish absorb salt through the gills if there's not any salt in the water? Please answer

    • @DeBaccoUniversity
      @DeBaccoUniversity  7 лет назад +3

      The 0% salinity is referring to NaCl (Sodium Chloride), which is technically not 0%, but very low (less than 0.3%). I tried to make the arrow thin to indicate this is a minimal pathway. Also, when "salt" is being absorbed through the gills, a more appropriate term would be ions. Ion movement in the form of Na+, K+ and Cl- as you can see on slide #7 is what is being absorbed across the gills. Also remember that salts (ions) are also entering the fish through its diet. Hope this helps.