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Arthrosis Collection

"Arthrosis: A Closer Look at Joint Degeneration" Arthrosis, also known as osteoarthritis, is a degenerative joint disease that affects millions of people worldwide

Background imageArthrosis Collection: Arthrosis of the hand, X-ray F006 / 4616

Arthrosis of the hand, X-ray F006 / 4616
Coloured X-ray of the hand of a patient with arthrosis, particularly the saddle joint. Arthrosis is a degenerative joint disease that damages cartilage and bone

Background imageArthrosis Collection: Arthrosis of the hand, X-ray F006 / 4605

Arthrosis of the hand, X-ray F006 / 4605
Coloured X-ray of the hand of a patient with arthrosis, particularly the saddle joint. Arthrosis is a degenerative joint disease that damages cartilage and bone

Background imageArthrosis Collection: Arthrosis of the hand, X-ray F006 / 4595

Arthrosis of the hand, X-ray F006 / 4595
Coloured X-ray of the hand of a patient with arthrosis of the hands. particularly the saddle joint. Arthrosis is a degenerative joint disease that damages cartilage and bone

Background imageArthrosis Collection: Arthrosis of the hand, X-ray F006 / 4598

Arthrosis of the hand, X-ray F006 / 4598
Coloured X-ray of the hand of a patient with arthrosis, particularly the saddle joint. Arthrosis is a degenerative joint disease that damages cartilage and bone

Background imageArthrosis Collection: Knee joint, x-ray, artwork F006 / 9187

Knee joint, x-ray, artwork F006 / 9187
Computer artwork of a coloured X-ray of a knee joint, depicting erosion of the bone structure and degeneration of the joint by arthrosis

Background imageArthrosis Collection: Hip, 3D bone reconstruction from MRI Data C016 / 4694

Hip, 3D bone reconstruction from MRI Data C016 / 4694
Male hip, showing slight arthrosis. 3D bone reconstruction from MRI Data

Background imageArthrosis Collection: Hip, 3D bone reconstruction from MRI Data C016 / 4614

Hip, 3D bone reconstruction from MRI Data C016 / 4614
Male hip, showing slight arthrosis. 3D bone reconstruction from MRI Data

Background imageArthrosis Collection: Hip, 3D bone reconstruction from MRI Data C016 / 4611

Hip, 3D bone reconstruction from MRI Data C016 / 4611
Male hip, showing slight arthrosis. 3D bone reconstruction from MRI Data

Background imageArthrosis Collection: Hip, 3D bone reconstruction from MRI Data C016 / 4607

Hip, 3D bone reconstruction from MRI Data C016 / 4607
Male hip, showing slight arthrosis. 3D bone reconstruction from MRI Data

Background imageArthrosis Collection: Joint disease, CT scan

Joint disease, CT scan

Background imageArthrosis Collection: Arthrosis of the knee, X-ray

Arthrosis of the knee, X-ray
Arthrosis of the knee, coloured frontal X-ray. The joint is swollen and there are osteophytes, abnormal bony growths (pointed protrusions), seen on the bone at centre

Background imageArthrosis Collection: Syndecan-4 molecule

Syndecan-4 molecule
Molecular stick reprensation of the syndecan-4 molecule. It plays an important role in the cartilage breakdown in osteoarthritis



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"Arthrosis: A Closer Look at Joint Degeneration" Arthrosis, also known as osteoarthritis, is a degenerative joint disease that affects millions of people worldwide. This condition can cause pain, stiffness, and reduced mobility in various joints of the body. One common area where arthrosis occurs is in the hand. X-ray images such as F006 / 4616, F006 / 4605, F006 / 4595, and F006 / 4598 reveal the telltale signs of arthritic changes within these delicate joints. The bony growths and narrowed joint spaces seen on these x-rays are indicative of this chronic condition. However, it's not just the hands that suffer from arthrosis. Other weight-bearing joints like the knee and hip can also be affected. Detailed imaging techniques like MRI provide a clearer picture of bone damage caused by this disease. The three-dimensional bone reconstructions from MRI data (C016 / 4694, C016 / 4614, C016 / 4611, C016/4607) showcase how arthrosis impacts these crucial joints. CT scans are another valuable tool for diagnosing joint diseases like arthrosis. By capturing detailed cross-sectional images of affected areas, they help healthcare professionals assess the extent of damage caused by this condition. Understanding the molecular aspects behind arthrosis is equally important for developing effective treatments. One molecule called Syndecan-4 has been found to play a role in cartilage breakdown associated with this disease process. While there is no cure for arthrosis currently available, early detection through diagnostic imaging allows for timely intervention strategies to manage symptoms effectively. Physical therapy exercises tailored to each patient's needs along with medication options can alleviate pain and improve quality of life.