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baherus [9]
3 years ago
13

PAL: Cadaver > Muscular System: Upper Limb > Lab Practical > Question 4

Biology
1 answer:
borishaifa [10]3 years ago
3 0

Answer:

Brachialis

Explanation:

The Brachialis is an anterior skeletal arm muscle that extends from the medial arm to the superior area of the forearm. The brachialis fibers originate in the anterior part of the humerus and direct to the inferior part of the elbow, where they insert in the upper region of the ulna and distal radius. This muscle is an elbow flexor being used in every movement needed to approximate the anterior part of the forearm to the arm. It is a very thick and powerful muscle that acts with high speed.  

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Uma evidente diferença entre as anáfases da mitose e as anáfases I e II da meiose é que os cromossomos em migração para os pólos
vaieri [72.5K]

Translated with  google translation, and  my knowledge of Portuguese.

An evident difference between anaphases of mitosis and anaphases I and II of meiosis is that the chromosomes migrating to the cell poles are: for the cell poles are: (0.5) *

a) brothers in anaphases I and II and counterparts in anaphase of mitosis.

b) homologous in anaphases I and II and brothers in anaphase of mitosis.

c) homologous  in anaphase I and children in anaphase II and anaphase of mitosis.

d) siblings in anaphase I and anaphase of mitosis and counterparts in anaphase II.

e) brothers in anaphases I and II and anaphase of mitosis.

Answer:

C.homologous in anaphase 1 and brothers in anaphase 11 and anaphase of mitosis.

Explanation: for  moderator

This simply refers to the differences between the anaphase stage of Mitosis  and Meiosis.

At Anaphase  of Mitosis,there is centromere division.Therefore the homologous chromosomes separated into sister chromatids at the centromere, with each migrating to opposite poles of the cells.

At  Anaphase i of meiosis, there is no centromere division. Homologous chromosomes migrates together to opposite  poles lead by centromere.

At Anaphase ii, the homologous chromosomes undergo centromere division into sister chromatids, each migrating to opposite poles, thus behaving independently of one another.

thus Anaphase ii and anaphase of mitosis are the same.(children-Filho sister chromatids, but at Anaphase i, they are  homologous since no centromere division..

Explanation for the student in Portuguese

so se refere simplesmente às diferenças entre o estágio anafásico da mitose e da meiose.

Na Anáfase da Mitose, há divisão centrômero. Portanto, os cromossomos homólogos se separam em cromátides irmãs no centrômero, cada um migrando para pólos opostos das células.

Na Anáfase i da meiose, não há divisão centrômero. Os cromossomos homólogos migram juntos para os pólos opostos liderados pelo centrômero.

Na Anáfase ii, os cromossomos homólogos passam pela divisão do centrômero em cromátides irmãs, cada uma migrando para pólos opostos, comportando-se independentemente um do outro.

portanto, a anáfase ii e a anáfase da mitose são as mesmas (cromátides irmãs filhos-filho )mas na anáfase i, elas são homólogas, pois não há divisão do centrômero.

4 0
3 years ago
Explain why the Linnaean system has changed over time
Anna35 [415]
The linnaeus(L) published a system for classifying living things, in today's worlds its the modern classification system.  The L divides nature into three kingdoms, animal, vegetable(or plant), and minerals. (more smaller parts) As time pasted, and knowledge increased, other scientist added to the linnaeus original system.

So changes were made to update it from time to time. 

Hope this helps, plz make brainly-est!
4 0
3 years ago
During what phase of the cell cycle does the cell grow
Dafna11 [192]
The cell grows in G1 phase
Hope this helped!
5 0
3 years ago
What happens to E. coli when lactose is not present?
victus00 [196]
The correct answer is b
5 0
3 years ago
Read 2 more answers
Why are insertion and deletion mutations so harmful?
Marta_Voda [28]

the insertion on removal of mutations are dangerous in nature.  the process is basically just one large gamble to see what it does. and even though we have a decent understanding of the genomes of many animals and plants, we still dont know everything. so if we tamper with certain genes we may cause a evolution or we might kill the subject and the potential for it to procreate.

3 0
2 years ago
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