Dillon

Oakland University Exercise Science Major

[SciePro @SciePro]

The back works in layers.
Big muscles move the body.
Deep muscles stabilize the spine.
Exploded views make this logic visible.

Animation based on the SciePro 3D anatomy model. More info: https://t.co/Kjymlmb57O

#anatomy #backmuscles #meded #sciepro

[Dillon @dillonreno2]

Afferent means carrying information away from the CNS as efferent means carrying information towards the CNS. #EXS3030

[Dillon @dillonreno2]

What motor impairment is caused by lesions in the brain acquired early in development (<2 yrs old)? #EXS3030

[Sports Medicine Review @SportsMedReview]

Dr. Schleihauf covers McKenzie exercises in this week's post!

https://t.co/mzKKbuMHhT

#sportsmed #sportsmedicine #ebm #medicine #sports #foamSM #MedEd #FOAMed #ortho #medtwitter #OrthoTwitter

[Daniel J. Goble, PhD @docgoble]

Backstage look at my PHD student @josie_loomis12 getting her media on for a @oaklandu grad open house promo. 🤫

[Dillon @dillonreno2]

@TylerPenick2 The idea of the straps is really cool because I feel that someone who can't open or close their hands very well due to their injury, could still be able to use this.

[Dillon @dillonreno2]

#EXS3030 Check out this video on how Souheil has assistive technology in his truck to help him drive

https://t.co/vOEGIxrYxC

[Dillon @dillonreno2]

@ejuncaj8 His response to finding out he has PD is valid. Being that young, we don't expect to be diagnosed with a chronic disease. This video is very interesting to see the different lifestyles between older and younger individuals.

[Dillon @dillonreno2]

#EXS3030 Here is the story of Alison, an active 50 year old women who was diagnosed with Parkinson's Disease.

https://t.co/ECx9hS38AZ

[Dillon @dillonreno2]

@docgoble The corpus callosum is used to send information back and forth between each hemisphere of the brain. St. Brown has to think quickly, make decisions fast, and know opponents next move all at the same time. Around 21 seconds you can see him eye his opponent to figure out his move.

[Dillon @dillonreno2]

@docgoble Jon uses visions to help him know where the ball is, where it is going, and its final destination. At 19 seconds, you can see him turn his head to the flag, look back at his ball, and turn his head with his swing to watch where the ball goes.

[Dillon @dillonreno2]

@nicolestilber Your choosing of a video based on cycling and fatigue is really cool. I like how you chose something from a research study and they even showed how the gel pads are placed. It would be cool to see the rest!

[Dillon @dillonreno2]

Check out how this EMG is used to measure how the bicep contracts with different weights in Sports and Exercise Science #EXS3030
https://t.co/kngd1g9BpN

[SciePro @SciePro]

The hand: 27 bones, 20+ muscles, countless movements.

This animation shows bones, ligaments, and muscles working together in motion.

Based on SciePro’s 3D anatomy models.
Licensing: https://t.co/Kjymlmb57O
#hand #orthopedics #anatomy

[Sports Medicine Review @SportsMedReview]

The spinal accessory nerve, also known as cranial nerve 11, has both spinal and cranial components with distinct anatomical pathways. The spinal accessory nerve’s spinal part arises from C1 to C5 or C6, enters the skull through the foramen magnum, exits via the jugular foramen, and innervates the sternocleidomastoid and trapezius muscles. The cranial part originates from the medulla, exits the jugular foramen, briefly joins the spinal portion, and then merges with the vagus nerve. Functionally, the spinal accessory nerve provides motor innervation to the sternocleidomastoid and trapezius muscles. Clinically, injury to this nerve can lead to weakness of these muscles, with winged scapula being a classic presentation.

Read: https://t.co/cXDHG0L2vK

Watch: https://t.co/6yCx1uAx44

#Anatomy #AnatomyLearning #AnatomyEducation #AnatomyOfTheDay #SportsMedicine #Orthopedics #PhysicalTherapy #AthleticTraining #Rehab #InjuryPrevention #Physio #SportsInjury #SportsRehab #PhysioTherapy #Meded #FOAMed

[Dillon @dillonreno2]

@ejuncaj8 Isn't it crazy how our brain has to think fast especially when it comes to this drill? Any slight change in speed or movement would throw you off completely if not paying attention! Nice video!

[Dillon @dillonreno2]

Roll stepping, playing your instrument, and making cool cape moves, now that is some immersive/diverse human motor control!

Let's here it for the Port Huron Northern Marching Band from 2019! #EXS3030

MB Festival 2019 No Commentary https://t.co/UDiutJsLcE via @YouTube

[Dillon @dillonreno2]

I’m taking #EXS3030 @OaklanduSHS with @docgoble because I want to learn more about the importance of motor control for the human body. I’m excited to add more knowledge to what I already know.