Part 1 of 3 (Interpreting Odds, Risk, and Rate Ratio Results with 95% CI)

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  • Опубликовано: 11 сен 2024

Комментарии • 15

  • @ZiyadHBakr-tl2ib
    @ZiyadHBakr-tl2ib 4 года назад +3

    Probably the best video that explains the concept of hazard ratio and confidence interval. I thank you good sir for this great video

  • @gesha2001
    @gesha2001 Год назад

    You saved my life. I love you so much. God bless you🙏🏼🙏🏼❤️❤️❤️

  • @khairillrassidy1569
    @khairillrassidy1569 2 года назад

    This is a succinct and best-explained video for OR and CI. Thanks!

  • @adelaredding1594
    @adelaredding1594 4 года назад +1

    Thank you so much!!!!! you are the best!!! clear, direct, simple!!!

  • @drJospaulLukas
    @drJospaulLukas 4 года назад

    One of the best explanations for Odds ratio and confidence interval. Thank you.

  • @mr5537
    @mr5537 2 года назад

    The best video explained Odds ratio. Thank you, Jason:-)

  • @nokajaafa
    @nokajaafa 5 лет назад +2

    Cool stuff

  • @aminabbyy
    @aminabbyy 4 года назад +1

    this saved me! thank you very much

  • @selenamakeachange
    @selenamakeachange 5 лет назад +2

    very helpful

  • @nataliaabesada162
    @nataliaabesada162 2 года назад

    thank you so much this has been really helpful.

  • @klothzmania781
    @klothzmania781 4 года назад

    what is the term mean statistical precision of the findings?
    0R is 12.56 p-value is less than 0.001 95% CI (4.62 -34.15) . The CI window is wide here ,what could be the reason that small sample size?

  • @313289
    @313289 5 лет назад +2

    Thank you! Very helpful.

  • @colors41
    @colors41 4 года назад +1

    He knows how to teach

  • @priyankachaudhary8950
    @priyankachaudhary8950 5 лет назад +1

    Thank you..helpful video..can you please also explain how to interpret the odds ratio for a paper in detail..for example..if the OR is 0.67..is it that the odds of developing the disease in a patient is 0.67 times lower? How do we write that?

    • @recreationalstats2219
      @recreationalstats2219  4 года назад

      Yes, the odds of developing the disease in the patient would be 0.67 times lower than the reference group; however, if it is continuous variable, it would be for each increase in fruit consumption per day (maybe age in grams), the odds were 0.67 times. Please know that when OR values are below 1.0 though, as you may see in the later videos, it is better to think and speak of them in percentages for interpretability. For example, if the OR is 0.67, and it is significant, it is much easier to speak about it as being 33% less. For further example, persons who consume dark fruits daily have a 33% (1-0.67) reduced odds of the outcome compared to the reference group (which may be people who do not consume fruits daily). Another example for a continuous variable is like so... if fruit was measured in dekagrams (10 gram units), for every dekagram of fruit consumption, there was a 33% reduced odds of disease. For OR values of 0.89 (0.81-0.97), you may say that for every pint of drink, there was an 11% reduced odds of whatever.