A friable callus is a callus formation that has grown with the cells further apart. When a callus is not friable, it is dense and compact and when it is used to regenerate plant tissue, it grows into a lump and doesn't grow to a viable plant. A friable callus, however, allows the regenerating tissue to grow suspensions.
Friable callus is important in organogenesis as it is a type of callus tissue that is soft and easily divided into smaller clumps, making it ideal for regeneration into new plant organs. Its friable nature allows for efficient manipulation and transfer in tissue culture techniques, leading to successful development of shoots, roots, and ultimately whole plants.
Organogenesis refers to the process by which organs develop from embryonic cells through a series of complex cellular interactions. This process involves the differentiation and organization of cells into specific tissues and structures that eventually form functional organs in an organism. Organogenesis is a critical stage of embryonic development that establishes the foundation for an organism's body structure and function.
No, the bony callus is primarily composed of spongy (cancellous) bone. It forms during the healing process of a bone fracture and helps stabilize and repair the bone. The bony callus eventually remodels into compact bone over time.
Organogenesis typically occurs during the first eight weeks of development in the human embryo. This is when the major organs and organ systems start to form from the three primary germ layers: endoderm, mesoderm, and ectoderm.
The fibrocartilaginous callus forms during fracture healing to stabilize and bridge the gap between bone ends. It consists of fibrous tissue and cartilage, providing structural support and promoting new bone formation at the fracture site. Over time, the fibrocartilaginous callus remodels into mature bone tissue.
After working in the garden all weekend, my hands developed calluses from gripping the gardening tools.
A friable callus is a collection of tissue in excess of normal that can be scraped or crumbled away.
"Friable" describes the condition of tissue that is easily broken or torn. That can be the result of infection or damage to the tissue from injury or disease. For example, the skin of a scleroderma patient that it is very taut and "stretched thin" can be easily damaged. That tissue would be called friable.
Organogenesis occurs within the first trimester of fetal development.
The sense of friable is "can be easily grinded".
A plantar callus, a callus that occurs on the sole of the foot, has a white center.
Callous is the homophone for callus.
It can be crushed into dust
How a callus remover is used depends on the type of callus remover. Some callus removers come in the form of medication or creams and others come in the form of exfoliating devices and are used to "buff away" the callus.
There are a number of different good Callus Eliminator products. Some of the better ones are ProLinc Callus Eliminator and Be Natural Callus Eliminator.
Yes, bonded asbestos can become friable asbestos if it is disturbed or damaged in a way that breaks its bond with other materials. This can release asbestos fibers into the air, posing a health risk if inhaled. It is important to handle bonded asbestos carefully to prevent it from becoming friable.
The homophone for callous is callus.
Materials containing asbestos are considered to be friable if they can be easily crumbled, pulverized, or reduced to powder by hand pressure when dry. Friable asbestos poses a higher risk of releasing harmful fibers into the air compared to non-friable asbestos-containing materials.