Mitochondria
Unusual organelles are mitochondria. Two membranes enclose them, they own their own DNA, and they serve as the cell's power plants. As a result, mitochondrial replication is not correlated with cell division. They also divide independently of the cell in which they are found. These traits are carried over from the earliest mitochondrial relatives, which were probably free-living prokaryotes.
What Are Mitochondria's Origins?
The earliest symbiosis between a nucleated cell and an aerobic prokaryote is assumed to have given rise to mitochondria. The enveloped cell started to rely on the host cell's protective environment, while the host cell started to rely on the engulfed prokaryote for energy production. The offspring of the engulfed prokaryote eventually developed.
Mitochondria
Unusual organelles are mitochondria. Two membranes enclose them, they own their own DNA, and they serve as the cell's power plants. As a result, mitochondrial replication is not correlated with cell division. They also divide independently of the cell in which they are found. These traits are carried over from the earliest mitochondrial relatives, which were probably free-living prokaryotes.
What Are Mitochondria's Origins?
The earliest symbiosis between a nucleated cell and an aerobic prokaryote is assumed to have given rise to mitochondria. The enveloped cell started to rely on the host cell's protective environment, while the host cell started to rely on the engulfed prokaryote for energy production. The offspring of the engulfed prokaryote eventually developed.
Mitochondria
Unusual organelles are mitochondria. Two membranes enclose them, they own their own DNA, and they serve as the cell's power plants. As a result, mitochondrial replication is not correlated with cell division. They also divide independently of the cell in which they are found. These traits are carried over from the earliest mitochondrial relatives, which were probably free-living prokaryotes.
What Are Mitochondria's Origins?
The earliest symbiosis between a nucleated cell and an aerobic prokaryote is assumed to have given rise to mitochondria. The enveloped cell started to rely on the host cell's protective environment, while the host cell started to rely on the engulfed prokaryote for energy production. The offspring of the engulfed prokaryote eventually developed.
Mitochondria
Unusual organelles are mitochondria. Two membranes enclose them, they own their own DNA, and they serve as the cell's power plants. As a result, mitochondrial replication is not correlated with cell division. They also divide independently of the cell in which they are found. These traits are carried over from the earliest mitochondrial relatives, which were probably free-living prokaryotes.
What Are Mitochondria's Origins?
The earliest symbiosis between a nucleated cell and an aerobic prokaryote is assumed to have given rise to mitochondria. The enveloped cell started to rely on the host cell's protective environment, while the host cell started to rely on the engulfed prokaryote for energy production. The offspring of the engulfed prokaryote eventually developed.
Mitochondria
Unusual organelles are mitochondria. Two membranes enclose them, they own their own DNA, and they serve as the cell's power plants. As a result, mitochondrial replication is not correlated with cell division. They also divide independently of the cell in which they are found. These traits are carried over from the earliest mitochondrial relatives, which were probably free-living prokaryotes.
What Are Mitochondria's Origins?
The earliest symbiosis between a nucleated cell and an aerobic prokaryote is assumed to have given rise to mitochondria. The enveloped cell started to rely on the host cell's protective environment, while the host cell started to rely on the engulfed prokaryote for energy production. The offspring of the engulfed prokaryote eventually developed.
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