Grundlagen Archives | Seite 27 von 68 | Novotec Medical & Stratec Medizintechnik

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

New targets for fascial, ligament and tendon research: a perspective from the Utah paradigm of skeletal physiology

Here an octogenarian voice from the past argues that the physiology of fascia, ligaments and tendons has strong and useful analogs in s...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

Perspective: genetic and hormonal roles in bone disorders: insights of an updated bone physiology

In 1997 Professor J. Gorski suggested endocrinology needed new paradigms (Endocrine News 1997; 22:4,12). 'Connecting the dots' between ...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

On the strength-safety factor (SSF) for load-bearing skeletal organs

The strength of healthy postnatal mammalian load-bearing bones, growth plates, joints, fascia, ligaments and tendons exceeds the minimu...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

On the pathogenesis of osteogenesis imperfecta: some insights of the Utah paradigm of skeletal physiology

The pathogenesis of osteogenesis imperfecta (OI) baffled physiologists and physicians for over a century. Most past efforts to explain ...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

Why should many skeletal scientists and clinicians learn the Utah paradigm of skeletal physiology

Adding later facts and ideas to a universally accepted '1960 paradigm' of skeletal physiology led to the still-evolving 'Utah paradigm'...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

The Utah paradigm on animal models of skeletal disorders: quo vadis

Skeletal disorders that need effective studies in suitable animal models include 'osteoporosis', arthroses and hard and soft tissue hea...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

Why the ISMNI and the Utah paradigm? Their role in skeletal and extraskeletal disorders

Besides bringing problems, aging can let the mind's eye see more clearly than before, and it can let us express ourselves better. As ag...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

The Utah paradigm of skeletal physiology: an overview of its insights for bone, cartilage and collagenous tissue organs

In a 1960 paradigm of skeletal physiology, effector cells (chondroblasts, fibroblasts, osteoblasts, osteoclasts, etc.) regulated by non...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

Variation in the density of the femoral diaphysis with age

1. A detailed study of density variations with age in cortical bone samples from different areas of the femoral diaphysis has been carr...

t2023est22nut0ss5zer

20 Jan. 2025

20. Januar 2025

Bone growth in length and width: the Yin and Yang of bone stability

Bone growth in length is primarily achieved through the action of chondrocytes in the proliferative and hypertrophic zones of the growt...

New targets for fascial, ligament and tendon research: a perspective from the Utah paradigm of skeletal physiology

Perspective: genetic and hormonal roles in bone disorders: insights of an updated bone physiology

On the strength-safety factor (SSF) for load-bearing skeletal organs

On the pathogenesis of osteogenesis imperfecta: some insights of the Utah paradigm of skeletal physiology

Why should many skeletal scientists and clinicians learn the Utah paradigm of skeletal physiology

The Utah paradigm on animal models of skeletal disorders: quo vadis

Why the ISMNI and the Utah paradigm? Their role in skeletal and extraskeletal disorders

The Utah paradigm of skeletal physiology: an overview of its insights for bone, cartilage and collagenous tissue organs

Variation in the density of the femoral diaphysis with age

Bone growth in length and width: the Yin and Yang of bone stability

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