Plant Routing Thing

PlantRoutingThing.stl

Screw Organizer Tray for Parts Sorting

041_ifixit-organiser_Slant-logo.stl

WAVE Collection - Desk Organizer Set

WAVE Collection - Desk Organizer Set - Flowalistik Studio.3mf

Desk Breeze Blockers - Square office air diverter 

Square air diverter.stl

Desk Cable Management Holder

Desk Cable Management Holder.stl

Magnetic base to hold 13mm cable straps for cord management 

13mm-Velcro-Tie-Base-V2.STL

Cable Hang Collection Parametric 

5 screw 30mm.step

Cable Clips

Cable Clip 44mm.step

Gridfinity USB Cablemanager 2x4

This is a 1x4 option to provide easy Cable storage using Gridfinity.

This is a remix of the "Gridfinity USB Cablemanager" by Flo Cmli https://www.printables.com/model/414874

Gridfinity2x4USBCablemanager v1.stl

Gridfinity USB Cablemanager 1x4

Gridfinity USB Cablemanager

PJK cervicothoracic junction bennett render 

Proximal Junctional Kyphosis (PJK) is a complex, multifactorial spinal disorder that often warrants our attention in the field of pediatric orthopaedic surgery. Here's a highly specific and SEO-optimized description that can be beneficial for online readers seeking information on this subject:

Proximal Junctional Kyphosis (PJK) is a prevalent spinal pathology that occurs in the segments of the vertebral column immediately adjacent to the site of a spinal fusion surgery. Characterized by an increased kyphotic angle at the junction where the fused and unfused segments of the spine meet, PJK presents a challenge in the post-operative management of spinal deformities.

Incidence and Risk Factors:
The incidence of PJK ranges from 17% to 39% in patients who have undergone spinal fusion surgeries, particularly in complex procedures like those for scoliosis or kyphosis correction. Risk factors for developing PJK include age, bone mineral density, fusion to the sacrum, rigidity of the instrumentation, overcorrection of the deformity, and the surgical technique employed.

Clinical Presentation:
Patients with PJK may experience symptoms ranging from mild discomfort to severe pain and functional limitations. The condition can be asymptomatic in some cases, detected only through radiological evaluation. The onset of PJK can be acute, within the first three months postoperatively, or delayed, manifesting several months or even years after surgery.

Radiological Diagnosis:
The diagnosis of PJK is primarily made through radiographic examination, often employing standing lateral radiographs. An increase of 10 degrees or more in the kyphotic angle between the upper instrumented vertebra (UIV) and two levels above the UIV is considered indicative of PJK.

Treatment and Management:
The treatment of PJK is multifaceted and depends on the severity of the kyphotic deformity and associated symptoms. Conservative measures include physical therapy, bracing, and pain management. In more severe cases, revision surgery might be necessary to correct the deformity and alleviate symptoms.

Prevention Strategies:
Preventive strategies for PJK are an area of ongoing research and innovation. These may include the selection of appropriate UIV, optimal correction techniques, careful patient selection, and the application of specialized surgical techniques and instrumentation.

Conclusion:
Proximal Junctional Kyphosis is a significant concern in the field of spinal surgery, particularly following fusion procedures. Its complex etiology and potentially debilitating effects necessitate an in-depth understanding and a multidisciplinary approach to diagnosis, management, and prevention. Continued research into the biomechanics, risk factors, and innovative surgical techniques is vital for optimizing patient outcomes and minimizing the impact of this challenging spinal disorder.

This comprehensive overview is aimed at healthcare professionals, researchers, patients, and caregivers seeking evidence-backed information on Proximal Junctional Kyphosis, its clinical relevance, diagnostic criteria, therapeutic options, and prevention strategies. It aligns with current orthopaedic principles and is substantiated by the latest scientific research in spinal surgery.

EZPZ Cable Clip

Keep cables from slipping off your desktop with this simple clip. Just stick some [double sided VHB tape](https://amzn.to/47Ipbyn) on the bottom to affix it to your work surface. For cables up to 4mm in diameter.

Photographed model printed with [Qidi CF-Nylon filament](https://amzn.to/403NySk), but most filaments should work fine.

Minimalist Storage Card holder

This is a minimalist version of my cloud storage card that has been simplified. To satisfy those who might not like the cloud aesthetic.

Cable Spine V2

Clamp.Short.stp

Cable Spine

CableSpine_Wide_Thick_0.00mmcl.stp

Simple Cable Management Tray

Bought a new desk -> New cable management solution.

Very simple cable managment tray to attach with doublie sided tape. All of my cables fit through the gaps if you have issues just print it bigger and let gravity do its work.

Cable Clip for V-Slot Bar

Useful for cable management on any 3D printer that is made using V-Slot 2020 extrusion.

Wall-Mounted Shelf.stl

I designed this shelf because I don't have room next to my bed for a table, and needed a place to charge my phone at night.

For strength I used 1.6mm walls, and 20% infill. I personally used a brim, but that's only because I was having warping issues.

management

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Plant Routing Thing

Screw Organizer Tray for Parts Sorting

View 13 new models

Desk Breeze Blockers - Square office air diverter

Desk Cable Management Holder

Magnetic base to hold 13mm cable straps for cord management

Cable Hang Collection Parametric

Cable Clips

Gridfinity USB Cablemanager 2x4

Gridfinity USB Cablemanager 1x4

View 27 new models

View 111 new models

Minimalist Storage Card holder

Cable Spine V2

Cable Spine

Simple Cable Management Tray

View 40 new models

Wall-Mounted Shelf.stl