Knowledge Central

The acute care app is designed as a guide to the inpatient setting including isolation principles and precautions, common tools and equipment, bracing, functional training techniques, and overviews of frequently encountered patient populations. These overviews include background information, rehabilitation implications, and shareable patient education pages to facilitate effective use anywhere from the classroom to professional practice.

The acute care app brings the Acute care/hospital setting into your classroom. Instructional videos cover a broad range of topics including:

• Vitals
• Donning and doffing personal protective equipment (PPE)
• Isolation precautions
• Hand and equipment hygiene
• Isolation rooms
• Clinical overview of common patient populations in the acute care setting
• Assistive device fitting
• Gait patterns
• Transfers
• Bed mobility
• Fall recovery
• Car transfers
• Managing lines and tubes

Instructional videos of common equipment including:

• Sequential compression
• Lifts (hoyer and wall)
• Hospital bed
• Oxygen
• Tilt table
• Car transfer simulator

A comprehensive video-based resource to facilitate teaching and learning for assistive device fitting, gait patterns training, stair training, bed mobility, transfers, wheelchair fitting, and more.

Develop clinical pattern recognition for common cardiopulmonary conditions by viewing patient videos and learning about signs/symptoms. A comprehensive video library of condition-matched examination and treatment procedures to facilitate teaching and learning.

This app follows a child monthly over his first year of development with an organized video library of motor milestones and reflexes to ease teaching. Includes case studies of multiple children with atypical development for applied learning.

In partnership with the Journal of Orthopaedic and Sports Physical Therapy (JOSPT), short patient-based simulations that help students apply the fundamentals of diagnostic imaging have been created to augment your classroom. Each simulation is based on a published Musculoskeletal Imaging feature from the journal with learning summaries and feedback. A simulation has been created for each body region to be used throughout the semester to help create an interactive classroom and enhance clinical application of the material.

Simulations include the following cases:

• Bilateral quadriceps tendon rupture
• C6 spinous process fracture
• Scaphoid fracture
• Osteochondral fracture
• Temporomandibular joint anterior disc displacement without reduction
• Varus stress injury to knee
• Anterior process of the calcaneus fracture (ankle sprain)
• Bilateral avascular necrosis of the femoral heads
• Cuboid avulsion fracture

The first research-based taping app covers the most common taping techniques, including the basic principles of taping and materials used for each body region. This app also shows step-by-step instructions, indications, and printable consent forms for patients to support classroom learning and professional practice.

A guideline-driven exercise prescription app with exercise progressions and injury prevention options. This app is designed to fortify understanding of guideline-based exercise selection, allow users to practice building exercise programs, and to share custom programs with clients.

Designed to train your eyes to analyze and understand normal and abnormal gait. Multiple viewing angles, slow motion, real-time data for range of motion and EMG activity, as well as case studies related to phases of gait and common gait deviations.

A quick reference guide of commonly seen lines and tubes in the acute care setting for all body regions. Provides students with an understanding of the purpose and clinical implications for patients during treatment sessions with these items to increase safety and efficiency in this fast-paced setting

Anyone in the medical field needs to have a strong foundation in neuroanatomy in order to provide the best care possible to patients. Every patient we see has a nervous system that connects to every other system in the body. A foundation of knowledge of the nervous system is essential to the clinical decision-making process, no matter what the diagnosis. And yet, the brain and spinal cord can be so challenging to understand and remember. With the NeuroAnatomy app, through amazing 3D animations and interactive games, the learner will be immersed in an engaging experience designed to help learn the important structures including spinal cord tracts and their paths...and fun doing it, which will make this important knowledge stick!

This groundbreaking app created by award winning professors and clinicians was designed with the clinician learner in mind.

This app includes:

• Actual images of cadaveric slices of the brain and spinal cord
• The slices are mapped onto a 3-D model to orient the student learner at all times
• Structures are tagged and easy to navigate with concise descriptions
• 3-D models of the tracts as they travel through different slices

Intentionally designed with progressively more challenging activities to build a solid foundation of neuroanatomy for clinical practice. Beautiful graphics include an interactive 3D model of the brain and spinal cord, with actual human anatomical slices that are labeled with explanation and explainer videos.

Complete video toolbox for each component of the neurologic examination including motor control, sensation, tone, reflexes, balance, coordination, gait measures, and diagnoses-specific examination procedures.

A clinical practice guideline-based comprehensive resource that covers the most common musculoskeletal conditions for all body regions. Designed to help develop clinical pattern recognition. Over 1000 videos of patient clinical findings, examination procedures, movement faults, manual therapy, therapeutic exercises, and grades of evidence for interventions.

A clinical practice guideline-based collection of patient-based simulations and e-learning activities designed to bridge the gap between didactic knowledge and practical application for the most common musculoskeletal conditions. Designed to help develop clinical pattern recognition, clinical reasoning, and strategic skills related the musculoskeletal patient management.

Gait analysis gamified! A virtual reality tool to help develop gait analysis skills with virtual patients captured in a motion capture lab. The Edinburgh Visual Gait Score will be used to guide the analysis.

Designed as a quick reference guide for pharmacology content including drug names, categories, adverse reactions, rehabilitation implications, and case studies to foster high-level clinical reasoning and a deeper understanding of relevant medications.

A collection of evidence-based physical agents with purpose, contraindications/precautions, video instructions for setup, and patient education.

Designed to help clinicians understand the principles and develop motor skills related to Proprioceptive Neuromuscular Facilitation (PNF). Includes a real patient evaluation and treatme

A collection of simulated patient cases that highlight the importance of postural dysfunction on physical, occupational, and role function from a musculoskeletal perspective.

Videos to train measuring range of motion, grading muscle strength, and palpation of all joints and muscles for supporting student learning in and out of the classroom.

The perfect clinical companion for classic and novel orthopaedic special tests. Sort tests alphabetically, by region, or by purpose to organize content and optimize utility based on your clinical or instructional needs.

Video instruction with patterns and client education for the development of orthotics and splints for a variety of upper extremity injuries to bridge classroom instruction to building clinical skills

A groundbreaking app mixing the art and science of a master clinician. Every muscle, bone, and nerve entrapment site is hand-drawn on a human subject. This app orients you anatomically and teaches you how to accurately palpate all structures on the human body.

Designed to bring the client into the classroom, the app captures clients in their home setting, performing various functional tasks in the context of the clients' living environment. Multiple angle video allows for detailed analysis and discussion as learners develop the skill of task and movement analysis.

A patient case-based tool built to allow students to be exposed to a variety of wound types, dressing applications, and to guide them through treatment progression in a population that is typically difficulty to access at the entry level. These simulations cover the basics of the wound care setting and then allow students to apply their knowledge in long-form case studies with simulated patients to solidify clinical reasoning and decision-making.