Biomechanics in Orthodontics (Bio)-1: Quick Revision with UIC
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- čas přidán 8. 05. 2020
- These are highlights from the webinar with UIC, Orthodontics on May 6th 2020. It is a quick rundown of Biomechanics in Orthodontics (Bio) -1 course held in August/September 2019 at University of Illinois, Chicago USA. Bio-1 course is an extensive 40+ hours of didactic/problem solving based education conducted via live sessions of 3-5 hrs each.
Please note this talk does not include many of the key concepts critical for understanding higher concepts of tooth movement.
Topics (Click on the time link for accessing the desired content):
1. 1:50; First Principles
2. 4:24; Force
3. 6:10; Moment
4. 7:50; Altering tooth movement
5. 25:12; Differential moments
6. 26:15; One couple force system
7. 33:35; Two couple force system
8. 42:43; Second-third order interactions (molar -incisor)
9. 51:24; Experimental setup for studying second/third order interactions.
a. 54:56; Type I
b. 57:38; Type II
c. 58:38; Type III
10.1:03:44; Summary & Conclusions
Want to know more about how biomechanics works in orthodontics. Sign up for an online course at courses.orthobites.org/course...
Get notified as soon as it arrives. A course that will dive deep into the fundamentals of clinical biomechanics in orthodontics with over 9 lessons & 25 modules of power-packed knowledge in the form of detailed videos, Q&As, notes, live interactive sessions and more.
The course has been meticulously prepared and delivered by Dr. Madhur Upadhyay, Associate Professor & Clinical director at the Division of Orthodontics, University of Connecticut, USA. He has over 15 years of experience in conducting courses, seminars & workshops on biomechanics.
Find out more about him at:
www.orthobites.org/contributors
/ madhur-upadhyay-a99738126
Great lecture
What a great lecture!
Thank you! The fundamental and clinical applications are discussed in detail with more engaging multimedia at www.orthobites.org/csb
perfect lecture
Thank you Walid!
best lecture in biomechanics.. thank you very much sir
Sakthi. We are glad you found it interesting!
Please register @t so that we can include you in our future newsletters.
Perfect🙏🌸
Where can i find or purchase more lectures like this?
Thank you Haleh. We are in the process of making scientific, research backed videos on Orthodontic Biomechanics. Stay connected. Register at: www.orthobites.org/coming-soon-bio-1 so that you can be included in our future newsletters.
@@orkiideh We will get in touch. Our team is working hard to provide state of the art education in biomechanics.
Thank you very much. Can you recommend a textbook of biomechanics ?
The entire content is not there in any particular textbook. We are working on at our end to make it available. Please register at: www.orthobites.org/coming-soon-bio-1 so that we can include you in our future newsletters.
Dr. Madhur - Would you be kind enough to share the link of Biomechanics - 1 as I am unable to find it on CZcams...
Hello Dr. Ramesh: Bio-1 (First principles of Orthodontic Biomechanics) is available as an online course at courses.orthobites.org/courses/first-principles or www.orthobites.org/csb Use code 'csborthobites' to get 40% off. For more information email us at csb@orthobites.org
Pongan subtitulos pues. Para q todos podamos entender
Done. Please check if the subtitles are showing. However, we cannot guarantee the accuracy of the translation. Thank you.
Good one.can I get 2 part
We are working on providing a more complete experience with Orthodontic Biomechanics. Please register www.orthobites.org/coming-soon-bio-1, so that we can include you in our future newsletters.
Thank you for your helpful lecture. At 6:27 when force is applied to the tooth, it rotates around the center of rotation which is not necessarily the same point as the center of resistance
Thank Mehdi for your comment. What you said is true. A moment just by itself will cause a tooth to spin around its Cres. Here the Crot and Cres coincide. when a force is applied away from the Cres the tooth will translate and rotate at the same time around a point (Crot) away from it Cres. These fundamentals and other principles of tooth movement are discussed in detail www.orthobites.org/csb
Too confusing
The fundamental and clinical applications are discussed in detail with more engaging multimedia at www.orthobites.org/csb