Relative risk and risk ratios

Public Health professionals and epidemiologists often do risk calculations. These might include risk ratios, absolute risk, relative risk and risk differences. In this video, Dr Greg Martin teaches how to understand and calculate risk. These techniques can be used in epidemiological research to inform public health policy.
Thanks to RCPI for their support for creating this video: The Royal College of Physicians of Ireland is a globally connected community of doctors improving people’s heath. We offer specialist training and education to healthcare professionals and other learners so they can be leaders in healthcare delivery. To learn more visit www.rcpi.ie/
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[@gregmartin]

Get my FREE cheat sheets for Public Health, Epidemiology, Research Methods and Statistics (including transcripts of these lessons) here: www.learnmore365.com/courses/public-health-epidemiology-research-methods-and-statistics-resource-library

[@matchandmonolids]

I am doing my PhD in Epidemiology, currently studying for my qualifying exams and I can say these videos are SO informative and help break down concepts I learned years ago in such a fun way. Thank you for your hard work and amazing knowledge and communication abilities Dr. Greg!

[@ThEKeeYs]

i dont know why professors cant teach like this dude .. amazing video my guy .. keep up the good work .. i finally understood these concepts .. thanks to you .. peace and love

[@genifromalamp7]

Your videos made all the different "tests" make sense by giving me a great 30,000' view, and then sorting them visually. All the visuals REALLY help!! I'm taking a M.S. in Global Health online and your lectures are a fabulous adjunct to what I am learning. Soooooo helpful! Thank you!!

[@GlobalAffairsHealth]

Thank you so much, Dr. Martin. I like how you simplify concepts! thank you

[@petermose5110]

Just spent a whole day trying to understand this concept! you just broke it down in 8! thank you.

[@DustyLambert]

I used relative risk for my PhD dissertation and wish this video was posted prior. Clear, simple explanation!

[@healthhub6953]

Such a fantastic explanation! Thank you so much, Dr. Martin :) you've been an inspiration to me to start my own channel and inform folks about the field of public health!

[@gregmartin]

You are very welcome and wow, such a lovely feedback! Thank you and more power on your upcoming channel :)

[@samnichols4361]

This was such an easy and good video that really helped me to understand what i'm looking at in the outputs - so helpful!

[@viconne663]

the best explanation so far! Thank you so much

[@caitlinhough1200]

This video is amazing! Not only is it helpful in understanding relative risk and risk ratios, but it's also super entertaining!

[@gregmartin]

Wow so glad you found it helpful. Thank you!

[@chessgold8768]

Amazing explanation.. finally i understood these concepts in cohort studies..

[@michaelodamelartey1122]

Powerful one there, Dr Greg. It is just on point with every explanation 👍🏾

[@gregmartin]

Thank you for the kind feedback :)

[@MadanKumar-uy4iu]

Dr.Greg ... You are really amazing. Its evry easy to grasp. Your explanation is crisp and clear... Thank you GURUJi🙏

[@gregmartin]

Happy to hear that! You are most welcome!

[@anthoniushenry7425]

Dr. Greg I need your please

[@mariapuchinsky97]

You're awesome!!! Short consice and easily understood.

[@gregmartin]

Thanks very much. 😀😀😀

[@nikkihuang7635]

this is fantastic, you are such a great teacher, thank you!

[@gregmartin]

Thank you for the feedback. Glad you enjoyed it!

[@AhmedFathy-lt6wl]

Wow! This was a great video. I'm having a hard time understanding some public health and biostat concepts, but your channel helps a lot. Thanks!

[@gregmartin]

So nice of you to say - thanks for the great feedback!!

[@weston.weston]

Such a great explanation! I am enjoying your KZbin channel.

[@gregmartin]

Thank you for the feedback. Glad you enjoyed it!

[@user-su2un4jz4g]

such a helpful video!!! explains it so clearly and in such an easy to understand way!!

[@gregmartin]

Glad it was helpful! Thanks

[@mohamedmarie2416]

God bless you. You made me happy because I understood it.continue such videos please.

[@gregmartin]

Thank you for the feedback. Much appreciated.

[@elizabethcani951]

Excellent session! Thank you for your help and for your time answering all the comments!

[@gregmartin]

Happy to help always. Thank you for the feedback.

[@mondlintuli6886]

@@gregmartin Hi Doc, I would like to know if there is a formula to calculate Relative Risk in ambispective cohort studies.

[@localasian]

Thank you Dr Greg

[@alexlimwagu7137]

I appreciate, your examples makes more clarity to biostats since it so clear to me

[@gregmartin]

So happy to hear that, thank you

[@jalanimoeono3088]

thank you so much sir your explanation was VERY helpful!

[@gregmartin]

Glad it helped! Thank you for the feedback!

[@jamilaaden4603]

Thank you so much you are great teacher

[@gregmartin]

Thank you for the feedback.

[@RukmanManapurath]

This is amazing. Please do create more such contents.

[@gregmartin]

Will definitely do!! Thank you, cheers!

[@mohammedelbarbary8708]

Very clear thank you.

[@27Denty]

Very helpful thanks!

[@esthertusasiirwe8515]

This has saved me alot Thanks

[@azfarbukhary]

Another fantastic video. May I know which software you have used for making this video??

[@jyotsanasingh9570]

Excellent. Helped me so much.🙌

[@gregmartin]

Fantastic! Thank you for the feedback.

[@JohenMiler]

great explanation. sweet and short.

[@gregmartin]

Thank you! I'm glad you found the explanation helpful and to the point.

[@seyedmohamadmahdieskandari1723]

thank you

[@mranjiny3963]

Thank you so much 🥰🙏

[@gregmartin]

You are welcome!

[@ZubaB]

great one as always

[@gregmartin]

Thank you! Cheers!

[@hopechisakula9154]

Thanks

[@amchedli]

Thanks for helping me get a medical degree 🤣 You do a great job

[@mariakandri]

thanks so much

[@gregmartin]

Thank you! I'm thrilled you found it useful.

[@chamroenpall833]

Thanks you

[@gregmartin]

Most welcome!

[@senatorbernarda401]

Hello Dr. Martin At first, I really wanna thank you for this very easy explain way for the subjects in general and this one in particular. I have a question? How can in know the last updates in a field (any field) For me, Epidemiology? Thank you for answer J.A from Iraq

[@dr.isaacmartinez9757]

I love your videos, can you tell me how you edit your videos?

[@anitaeasamoah]

Good explanation

[@gregmartin]

Great thanks!

[@AWhite_]

You are great budyy

[@gregmartin]

Thank you!

[@mohammadanisuzzaman7536]

Fantastic lecture, Dr. Greg. I am afraid, there is a typo in the infographic. In the infographic, it is shown for the non-smokers is, 53+798=842. this would be, 53+789 = 842. thanks.

[@shamusenright5387]

I noticed that too after putting the numbers into a spreadsheet.

[@zahranilukman5522]

Is there a different between relative risk and risk ratio

[@ta3iyoyo742]

❤❤

[@user-sk2te4co4s]

I LOVE IRLAND

[@MA-oo4hj]

Woow! You are gread

[@oliviohonvo1873]

I have big background in epidemiology. But in french

[@kathytoms1008]

This feels like population health asmr

[@claudiamariebermudez6727]

😃

[@janaemara2373]

Something is wrong with the data you gave for the smoking during pregnancy study. 53 + 937 does not equal 842 sir

[@user-hf5js8vk1l]

The 937 is for the column named normal birth weight

[@matchandmonolids]

Just wanted to let you know that there is a miscalculation- the number should be 851 not 842 :)

[@fatboy117]

I need my money back from Kaplan...

[@Xipalaje]

😂😂

[@localasian]

Thank you Dr Greg

[@localasian]

Thank you Dr Greg

[@gregmartin]

You are very welcome!