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Answer: Loops: 65%, whorls: 30%, and arches: 5%
Explanation:
The loops are 65% in the population, 30% are whorls and arches are 5%. The fingerprints are the patterns which include the friction ridge characteristics also called minutiae characteristics. These can be found in the soles of feet and palms of hand. At the distal end of finger the typical friction ridge pattern forms patterns like loops, whorls, arches, and composites which are patterns including two or more patterns. The loops are most common in the population the ridges emerge and end on the same side in this pattern. The loops are radial or ulnar loops depending upon the side in which pattern ends of the side of the bone thumb in case of radial and little finger in case of ulnar loop.
An accurate summary of meiosis is D. A CELL DIVIDES INTO GAMETES.
Meiosis is a special type of cell division wherein only have of the DNA copies are made. Meiosis divides cells two times. First cell division is Meiosis I and second cell division is Meiosis II.
In Meiosis I, homologous chromosome pairs are segregated into two new daughter cells. In Meiosis II, the two new daughter cells produced in Meiosis I are again divided producing four daughter cells.
These four daughter cells become gametes when they mature. Some types of gametes are sperm, ova, pollen, or spores. They contribute to sexual production when facilitated together with fertilization.
In the epiphyseal plate, the microscopic zone in which chondrocytes undergo rapid cell division and become aligned into longitudinal columns of flattened lacunae is called the: <u>zone of proliferating cartilage</u>.
Longitudinal growth of long bones is carried out by the endochondral ossification process.
This process consists of the proliferation, hypertrophy and apoptosis of chondrocytes with vascular invasion and mineralization of the cartilaginous matrix.
In the epiphyseal plate, the proliferation cartilage zone is contiguous with the reserve cartilage zone in the direction of the diaphysis.
In this area the chondrocytes undergo mitosis, forming axial isogenic groups and organizing themselves in well-defined longitudinal columns.
As a consequence of this active mitosis, the layer thickens and the entire plaque grows longitudinally.
In this microscopic zone, cells are larger than the reserve zone and actively synthesize collagen (type II and XI) and other cartilaginous matrix proteins.
Therefore, we can conclude that the zone of proliferating cartilage is where chondrocytes undergo rapid cell division and become aligned into longitudinal columns of flattened lacunae.
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