https://cdn.ymaws.com/www.fpta.org/resource/resmgr/imported/Spine%20Manipulation%20Manual.pdf
Cervical Upglide Thrust C3-C7 (Continued) Direction of forces: This technique combined extension or flexion with side bending and lateral glide with rotation being primary lever of thrust, yet minimal due to the combined levers for this technique. Vertex of patients head should remain midline with therapist throughout the technique.

https://www.physio-pedia.com/Manipulation_of_the_Cervical_Spine
There are different type of HVLA techniques that combine oblique pulling manipulation or the cervical rotation-traction torque. When the type of manipulation involved exclusive rotational thrust it is find the largest representation of adverse events. Mean thrust duration: 158ms in a range from 117 to 250 ms.

https://www.physio-pedia.com/Manual_techniques_for_the_cervicothoracic_spine
Manipulation of the spine (MTS)can also be defined as a form of manual therapy that is used in an effort to reduce pain and improve range of motion [3]. Cervico-thoracic spine joint manipulation or mobilization are a physiotherapy or chiropractic intervention that can be used for neck, back or shoulder pain. [4]

https://www.modernmanualtherapy.com/2018/11/cervical-upglide-rotatory-thrust.html
isometrics resisted SB or rotation into the barrier to reduce tone prior to the thrust and exhale Stabilize with unilateral eccentric isometric shoulder shrug - i.e. if L sided involved/limited, after thrust manip and repeated retraction and SB/rot to L for several days, use kettlebell/dumbbell in left hand, concentric shoulder shrug up

https://www.youtube.com/watch?v=EdM3o_c614A
Cervical upglide thrust (rotation), to C6-7, rotation to L. Components of slight SB toward, rot away, translate away, med-lat shear, P/A, cranial traction.

https://www.youtube.com/watch?v=C6_QR_9I2_c
This Technique Peek Video features Robert Shapiro, MA, PT, COMT, NKT, SFMA demonstrating how to perform a cervical spine facet upglide manipulation in order

https://cyriax.eu/orthopaedic-medicine-knowledge-bank/manipulation-techniques/cervical-rotation-manipulation/
Patient's posture: For a full rotation manipulation the patient's head should be beyond the edge of the couch. Grip : for a rotation to the left the left hand is at the chin and the therapist's feet point to the left. Sequence for half a rotation to the left : right hand at the occiput, right foot against the couch, left hand at the chin

https://wexnermedical.osu.edu/-/media/files/wexnermedical/patient-care/healthcare-services/sports-medicine/education/medical-professionals/other/cervical-manipulation-cpg-final.pdf?la=en&hash=92333A2728C39932CC0B58CEE0A0133705757235
2. Extreme ranges of cervical rotation elicit the greatest amount of stress on vertebral artery : 3. Upper cervical rotation, mainly coming from the atlantoaxial joint, has been shown to place more stress on the vertebral artery than overall cervical rotation 4. It may be prudent for therapists to try and avoid end-range

https://www.youtube.com/watch?v=S2LgL2NCDeQ
⚡ Welcome to Catalyst University! I am Kevin Tokoph, PT, DPT. I hope you enjoy the video! Please leave a like and subscribe! 🙏INSTAGRAM | @thecatalystuniver

https://academic.oup.com/ptj/article/79/1/50/2857770
The decision to use a thrust technique on the cervical spine must be weighed in terms of risks and benefits. The relatively high proportion of injuries linked to manipulation causing rotation ( Fig. 3 ) has prompted some authors 45 , 49 , 50 , 168 to recommend that upper cervical rotation procedures be abandoned in favor of thrust methods that

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6827709/
For clarity, this technique describes the model prone with right cervical rotation. The therapist will be standing on the right side of the table. ... Set up for lateral break cervicothoracic joint HVLA thrust on 3D spine model. Right facet upglide depicted at intended segments during application of lateral break cervicothoracic maneuver

https://musculoskeletalkey.com/cervical-spine-c2-7-up-slope-gliding/
8.7 Cervical spine C2-7 Up-slope gliding Cradle hold Patient supine Assume somatic dysfunction (S-T-A-R-T) is identified and you wish to use an upward and forward gliding thrust, parallel to the apophysial joint plane, to produce cavitation at C4-5 on the right (Figs 8.32, 8.33). Figure 8.32 Figure 8.33 Key Stabilization Applicator Plane of thrust (operator)

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7071980/
For this study, we defined manipulation of the cervical spine as "a controlled, judiciously applied dynamic thrust (adjustment), that may include extension and rotation of the cervical region, of high or low velocity and low amplitude force directed to spinal joint segment within patient tolerance." p20 Mobilization of the cervical spine

https://www.mskscienceandpractice.com/article/S1356-689X(02)90487-X/pdf
SUMMARY. In New Zealand, a new approach to manual therapy of the cervical spine has integrated physiotherapy and osteopathy techniques. The combination of the philosophies of these two professions has added a new dimension to the management of cervical spine pain. Emphasis is placed on issues of safety, such as the degree of cervical rotation

https://chiromt.biomedcentral.com/articles/10.1186/s12998-020-00348-z
Cervical spine mobilization is widely used in the management of mechanical neck pain [].Mobilization is a manual therapy technique that involves application of low-velocity, passive inter-vertebral movements that are within the patient's range of motion and their control [].It is distinguished from cervical manipulation in that it does not involve application of a rapid thrust or production

https://musculoskeletalkey.com/cervical-spine-c2-7-up-slope-gliding-5/
8.9 Cervical spine C2-7 Up-slope gliding Patient sitting Operator standing in front Assume somatic dysfunction (S-T-A-R-T) is identified and you wish to use an upward and forward thrust, parallel to the apophysial joint plane, to produce joint cavitation at C4-5 on the left (Figs 8.42, 8.43). Figure 8.42 Figure 8.43 Key Stabilization Applicator Plane of

https://www.modernmanualtherapy.com/p/spinal-and-extremity-manipulation.html
Cervical Upglide Rotatory Thrust Manipulation 2018 Supine CT-Junction Thrust Variation A Better Shoulder Distraction ... An Easier Way to Mobilize the Cervical Spine Part 2 A Better Way to Mobilize the Wrist Easy Wrist Mobilizations Cervical Counter Rotation for "Acute Neck Lock" Subcranial Shear Distraction 2015 CT Junction Manipulation

https://musculoskeletalkey.com/cervical-spine-c2-7-down-slope-gliding-3/
8.13 Cervical spine C2-7 Down-slope gliding Patient sitting Operator standing to the side Assume somatic dysfunction (S-T-A-R-T) is identified and you wish to use a downward and backward gliding thrust, parallel to the apophysial joint plane, to produce cavitation at C4-5 on the right (Figs 8.63, 8.64). Figure 8.63 Figure 8.64 Key Stabilization Applicator Plane

https://www.thedancedocs.com/episodes/as-the-spine-rotates
Side bending and rotation are the same in the cervical spine. Thoracic facets are on ~60° angle and lie in the frontal plane. Side bending Right in the thoracic spine. Upglide on the left downglide on the right. Side bending produces relative rotation to the opposite side due the the crowding of the ribs.

https://www.modernmanualtherapy.com/2015/08/cervical-upglide-and-downglide-thrust_20.html
A Modern take on Manual Therapy Assessment, Treatment with demos, live cases, IASTM, home exercise and more!

https://josr-online.biomedcentral.com/articles/10.1186/s13018-021-02885-6
Little information is available concerning the biomechanism involved in the spinal cord injury after cervical rotatory manipulation (CRM). The primary purpose of this study was to explore the biomechanical and kinematic effects of CRM on a healthy spinal cord. A finite element (FE) model of the basilaris cranii, C1-C7 vertebral bodies, nerve root complex and vertebral canal contents was

https://www.ksptmanualtherapy.com/pa-glides-prone
PA Glides (Prone) Purpose: To facilitate improvements in cervical ROM and to diminish cervical pain. Start : The patient is positioned in prone with towel under forehead to facilitate neutral spinal alignment. The therapist stands at the patients head and leans slightly forward, so that their shoulders are directly over the top of the desired

https://musculoskeletalkey.com/cervical-spine-c2-7-down-slope-gliding-2/
8.11 Cervical spine C2-7 Down-slope gliding Chin hold Patient supine Assume somatic dysfunction (S-T-A-R-T) is identified and you wish to use a downward and backward gliding thrust, parallel to the apophysial joint plane, to produce cavitation at C4-5 on the right (Figs. 8.53, 8.54). Figure 8.53 Figure 8.54 Key Stabilization Applicator Plane of thrust (operator)