What is an Orthopedic Shoe?

Orthopedic shoes, also known as custom-made therapeutic shoes, are designed for patients with significant deformities. They are made to fit specifically to their morphology. This equipment aims to improve the functions of walking, particularly thanks to the orthopedic insoles called plantar orthoses.

Orthopedic shoes feature orthotic insoles that provide good arch support. The main purpose of the arch support is to eliminate excessive pronation, which affects foot function and is the main cause of foot and heel pain.

Orthotic insoles help reduce pressure on the heel and the ball of the foot by transferring a substantial portion of body weight to the arch. In shoes without good arch support, the arch area doesn’t participate in distributing the pressure under the foot.

Excessive pronation causes the leg to internally rotate, putting stress on the knee, hip and lower back. Orthotic insoles with good arch support play an important role in alleviating stress on the knees, hips and lower back as well in improving foot and leg alignment.

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Why is there a groove line on the "F" and "J" keys on keyboards?

The bumps or nipples found on the F and J keys on the keyboard helps users correctly position their left and right hand on the keyboard without having to look at the keyboard. For example, without looking at your keyboard you should be able to feel the keyboard and correctly position your left index finger on the F and the right index finger on the J. From this position, you should be able to locate the remainder of the keys on the keyboard. A phone having a hardware numeric keypad has something similar. The digit 5 also has a bump. It is also used for the same purpose. One can easily and quickly enter the digits without having a look at the keypad.

What is TrichoScan?

Quantitative methods for the analysis of human hair growth and hair loss are necessary for patient follow-ups or to determine the efficacy of hair growth promoting drugs. While reviewing the capabilities of the different methods, the common theme emerges that most techniques are of little practical use to the clinician because they are time consuming, costly, or difficult to perform. An operator- and patient-friendly, inexpensive, validated, and reliable method for assessing hair growth was therefore a rational need. With TrichoScan, such a tool is now available. TrichoScan is a software-based method for the analysis of human hair. For this purpose, digital images are taken from the scalp with a specially developed camera-optics system. TrichoScan software is then used to automatically calculate important parameters of hair growth, such as hair density or thickness from the images.

Advanced Heat Transfer, Second Edition

Advanced Heat Transfer, Second Edition F. Naterer, Greg Published: 2018 Format: pdf Page count: 537 Download book here

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