In specific areas yes.
For example articular cartilage found in the knee and elbow is replaced by fibrocartilage when damaged as it lacks the ability to regenerate without the covering perichondrium
Fibrocartilage is found in intervertebral discs, in menisci of joints, and often occurs where tendon and ligament are joined to bones. It's main function is to reduce friction between the joints Hyaline cartilage is found lining articular surfaces, and in the nasal septum, tracheal rings, coastal cartilages, and the epiphyseal cartilage of growing bone. It has great tensile strength and provides flexible support.
As people age, their bones naturally become weaker and more prone to conditions like osteoporosis. This can lead to decreased bone density and increased susceptibility to fractures, causing aching and discomfort. Additionally, the cartilage that cushions joints wears down over time, leading to conditions like arthritis which can also cause pain in the joints and bones.
No, action potentials do not become weaker with distance. They maintain their strength as they propagate along the length of the neuron due to the regenerative nature of the process. This ensures that the signal can travel long distances without weakening.
The recessive allele.
The ring finger is weaker compared to other fingers in the hand because it has a smaller muscle size and less independent movement capability. Additionally, it is connected to the middle finger through a shared tendon, which limits its strength and dexterity.
Fibrocartilage is found in intervertebral discs, in menisci of joints, and often occurs where tendon and ligament are joined to bones. It's main function is to reduce friction between the joints Hyaline cartilage is found lining articular surfaces, and in the nasal septum, tracheal rings, coastal cartilages, and the epiphyseal cartilage of growing bone. It has great tensile strength and provides flexible support.
A weaker spring is more elastic because due to it becoming older by the passage of time. A weaker spring is more elastic because due to it becoming older by the passage of time.
Collagen is the major insoluble fibrous protein in the extracellular matrix and in connective tissue. It’s found in our muscles, bones, skin and tendons. Collagen production naturally begins to slow down as we age. Making wrinkles, sagging skin and weaker cartilage in the joints
weaker
Weaker, much weaker.
Ionic compounds are bonded by ionic bonds. These bonds are very strong and not elastic. There is no way to bend them, even at high temperatures. Metals are bonded covalently. These are much weaker bonds and can bend easier. The bonds are more elastic, allowing metals to be bent.
Pluto has a weaker gravity than Earth. In fact, Pluto has a weaker gravity than Earth's moon.
Mercury has weaker gravity compared to Earth. Its surface gravity is about 38% of Earth's gravity.
weaker
weaker
The covalent bond is weaker.
Weaker.