問題一覧
1
Developmental anatomy – the study of the structural changes of an individual from fertilization to adulthood, Macroscopic anatomy – the study of the structures of the body visible without the use of a microscope, Microscopic anatomy – the study of cells, tissues and organs visible under a microscope
2
It is one of the branches of physiology, It is the study of cells and their functions
3
The function of the excretory system is studied by a branch of physiology called renal physiology, Reproductive physiology studies the reproductive organs and the methods of reproduction, The function of the nervous system is studied by a branch of physiology called neurophysiology
4
Carbohydrates, proteins, lipids and water are typical examples for the level of structural organisation of the body where the main components are represented by molecules, The cell contains subcellular structures such as mitochondria and ribosomes, Atoms are chemical units of chemical elements (oxygen, carbon, nitrogen, sodium)
5
An organ consists of two or more types of tissues, The stomach consists of all four main types of tissues: epithelial, connective, muscle and nervous, The muscle system includes striated muscles, smooth muscles and the cardiac muscle, The urinary system consists of the kidneys, the bladder and the associated urinary tracts
6
Metabolism represents the sum of all chemical processes in the body, Metabolism is subdivided into two subcategories, catabolism and anabolism, Catabolism represents the decomposition of organic matter resulting in the production of the energy required by cell functioning
7
Movement – voluntary or involuntary – is the result of muscle fibre contraction, Conductivity – the property of cells to send stimuli – is a characteristic of nervous and muscle cells
8
All the processes that contribute to maintaining internal stability of the body within normal limits are called homeostasis, The constant maintaining of temperature and atmospheric pressure are necessary conditions to maintain homeostasis, All organ systems are involved in maintaining homeostasis
9
When the body is in anatomical position, it is in vertical position (orthostatism), with the upper limbs near the body and the palms facing forwards, In anatomical position, the body has two sides, an anterior one (ventral) and a posterior one (dorsal), The term „ventral” is the opposite of the term „dorsal” (when the body is viewed frontally)
10
In anatomic terminology, the abdomen (the inferior part of the abdominopelvic cavity) is considered to be located inferior to the thorax, The term “ipsilateral“ refers to structures situated on opposite sides of the body, The term “contralateral” refers to structures situated on the same side of the body
11
Right hand – right foot – ipsilateral, Left arm – right foot – contralateral, Foot – distal to thigh – distal to calf
12
The midsagittal plane is a vertical plane that divides the body in two halves, left and right, The planes transect the human body and provide reference points for its organs
13
The heart, the oesophagus, the trachea and the primary bronchi are located in the mediastinum, The abdominopelvic cavity is called the peritoneal cavity and contains the internal abdominal and pelvic organs, The stomach is located in the abdominal subdivision of the abdominopelvic cavity
14
Organs such as the lungs, the heart, the thymus, the oesophagus are situated at the thoracic level, The terms „quadrants” (upper – left and right, and lower – left and right) are commonly used in clinical practice, The intersection of two imaginary lines, a vertical one and a horizontal one, in the centre of the abdominopelvic cavity delimits four quadrants
15
It is also called peritoneal cavity and contains the internal abdominal and pelvic organs, Is separated by the thoracic cavity by a dome-shaped large muscle – the diaphragm
16
The human body contains three serous membranes: the pleura, the pericardium and the peritoneum, Each of the three serous membranes has a parietal and a visceral sheet, The parietal sheet of the peritoneum lines the abdominal and the pelvic cavities, The space between the peritoneal sheets is called peritoneal cavity, the space between pericardial sheets is called pericardial cavity
17
They are devoid of nucleus, Bacteria are prokaryotic cells, They do not divide by mitosis
18
Eukaryotic cells have a nucleus and cell organelles and divide by mitosis, All cells, including human ones, have two basic components: cytoplasm and plasma membrane, Bacteria belong to prokaryotic cells, while animal and human cells are eukaryotic
19
It mainly consists of proteins and phospholipids, The lipids in the plasma membrane are arranged in two layers (bilayer structure), The proteins in the membrane carry out various functions (enzymatic, transmembrane transport)
20
Polarised, which contains phosphorus, Unpolarised, consisting of fatty acid chains, Hydrophobic, consisting of fatty acid chains
21
Transmembrane proteins may act as transporters of certain organic molecules, Can be classified into transmembrane and peripheral, Transmembrane proteins may serve as channels for membrane transport
22
Oxygen molecules pass from pulmonary alveolae to red blood cells by osmosis, If one introduces red blood cells into a hypertonic solution, they will undergo the process of hemolysis, Active transport is achieved in the sense of the concentration gradient
23
Diffusion is the movement of molecules from a high-concentration area to a low-concentration area (in the sense of the gradient concentration), Osmosis is the diffusion of water molecules through a semipermeable membrane, Osmosis is the diffusion of water molecules from a low-concentration area of the solute to high-concentration area of the solute
24
The solute is a chemical substance dissolved in a fluid called solvent, A solution that has a higher salt concentration than the cytoplasm is called hypertonic solution, A solution that has a higher sodium chloride concentration than the cytoplasm is called a hypertonic solution
25
It allows the passing of water from a low-concentration-solute area to a high-concentration-solute area, It allows just certain molecules to pass ( g., O2, water, CO2), It does not facilitate the passage of large molecules to or from the cell
Chapter 1 (komplett)
Chapter 1 (komplett)
X · 50問 · 1年前Chapter 1 (komplett)
Chapter 1 (komplett)
50問 • 1年前Chapter 1 (B)
Chapter 1 (B)
X · 25問 · 1年前Chapter 1 (B)
Chapter 1 (B)
25問 • 1年前Chapter 2 (komplett)
Chapter 2 (komplett)
X · 50問 · 1年前Chapter 2 (komplett)
Chapter 2 (komplett)
50問 • 1年前Chapter 2 (A)
Chapter 2 (A)
X · 25問 · 1年前Chapter 2 (A)
Chapter 2 (A)
25問 • 1年前Chapter 2 (B)
Chapter 2 (B)
X · 25問 · 1年前Chapter 2 (B)
Chapter 2 (B)
25問 • 1年前4er Fragen
4er Fragen
X · 5問 · 1年前4er Fragen
4er Fragen
5問 • 1年前Chapter 3 (komplett)
Chapter 3 (komplett)
X · 50問 · 1年前Chapter 3 (komplett)
Chapter 3 (komplett)
50問 • 1年前ALL QUESTIONS
ALL QUESTIONS
X · 500問 · 1年前ALL QUESTIONS
ALL QUESTIONS
500問 • 1年前4er Fragen
4er Fragen
X · 33問 · 1年前4er Fragen
4er Fragen
33問 • 1年前False Fragen
False Fragen
X · 21問 · 1年前False Fragen
False Fragen
21問 • 1年前1er Fragen
1er Fragen
X · 6問 · 1年前1er Fragen
1er Fragen
6問 • 1年前Chapter 3 (A)
Chapter 3 (A)
X · 25問 · 1年前Chapter 3 (A)
Chapter 3 (A)
25問 • 1年前Chapter 3 (B)
Chapter 3 (B)
X · 25問 · 1年前Chapter 3 (B)
Chapter 3 (B)
25問 • 1年前4er Fragen
4er Fragen
X · 6問 · 1年前4er Fragen
4er Fragen
6問 • 1年前Chapter 4 (komplett)
Chapter 4 (komplett)
X · 50問 · 1年前Chapter 4 (komplett)
Chapter 4 (komplett)
50問 • 1年前Chapter 4 (A)
Chapter 4 (A)
X · 25問 · 1年前Chapter 4 (A)
Chapter 4 (A)
25問 • 1年前Chapter 4 (B)
Chapter 4 (B)
X · 25問 · 1年前Chapter 4 (B)
Chapter 4 (B)
25問 • 1年前Schwere Fragen
Schwere Fragen
X · 8問 · 1年前Schwere Fragen
Schwere Fragen
8問 • 1年前Chapter 5 (komplett)
Chapter 5 (komplett)
X · 50問 · 1年前Chapter 5 (komplett)
Chapter 5 (komplett)
50問 • 1年前Chapter 5 (A)
Chapter 5 (A)
X · 25問 · 1年前Chapter 5 (A)
Chapter 5 (A)
25問 • 1年前Chapter 5 (B)
Chapter 5 (B)
X · 25問 · 1年前Chapter 5 (B)
Chapter 5 (B)
25問 • 1年前Schwere Fragen
Schwere Fragen
X · 20問 · 1年前Schwere Fragen
Schwere Fragen
20問 • 1年前Chapter 6 (komplett)
Chapter 6 (komplett)
X · 50問 · 1年前Chapter 6 (komplett)
Chapter 6 (komplett)
50問 • 1年前Chapter 6 (A)
Chapter 6 (A)
X · 25問 · 1年前Chapter 6 (A)
Chapter 6 (A)
25問 • 1年前Chapter 6 (B)
Chapter 6 (B)
X · 25問 · 1年前Chapter 6 (B)
Chapter 6 (B)
25問 • 1年前False Fragen
False Fragen
X · 7問 · 1年前False Fragen
False Fragen
7問 • 1年前Schwere Fragen
Schwere Fragen
X · 17問 · 1年前Schwere Fragen
Schwere Fragen
17問 • 1年前Chapter 7 (komplett)
Chapter 7 (komplett)
X · 50問 · 1年前Chapter 7 (komplett)
Chapter 7 (komplett)
50問 • 1年前Chapter 7 (A)
Chapter 7 (A)
X · 25問 · 1年前Chapter 7 (A)
Chapter 7 (A)
25問 • 1年前Chapter 7 (B)
Chapter 7 (B)
X · 25問 · 1年前Chapter 7 (B)
Chapter 7 (B)
25問 • 1年前Schwere Fragen
Schwere Fragen
X · 16問 · 1年前Schwere Fragen
Schwere Fragen
16問 • 1年前Chapter 8 (komplett)
Chapter 8 (komplett)
X · 50問 · 1年前Chapter 8 (komplett)
Chapter 8 (komplett)
50問 • 1年前Chapter 8 (A)
Chapter 8 (A)
X · 25問 · 1年前Chapter 8 (A)
Chapter 8 (A)
25問 • 1年前Chapter 8 (B)
Chapter 8 (B)
X · 25問 · 1年前Chapter 8 (B)
Chapter 8 (B)
25問 • 1年前4er Fragen
4er Fragen
X · 5問 · 1年前4er Fragen
4er Fragen
5問 • 1年前Chapter 9 (komplett)
Chapter 9 (komplett)
X · 50問 · 1年前Chapter 9 (komplett)
Chapter 9 (komplett)
50問 • 1年前Chapter 9 (A)
Chapter 9 (A)
X · 25問 · 1年前Chapter 9 (A)
Chapter 9 (A)
25問 • 1年前Chapter 9 (B)
Chapter 9 (B)
X · 25問 · 1年前Chapter 9 (B)
Chapter 9 (B)
25問 • 1年前Schwere Fragen (A)
Schwere Fragen (A)
X · 8問 · 1年前Schwere Fragen (A)
Schwere Fragen (A)
8問 • 1年前Chapter 10 (komplett)
Chapter 10 (komplett)
X · 50問 · 1年前Chapter 10 (komplett)
Chapter 10 (komplett)
50問 • 1年前Chapter 10 (A)
Chapter 10 (A)
X · 25問 · 1年前Chapter 10 (A)
Chapter 10 (A)
25問 • 1年前Chapter 10 (B)
Chapter 10 (B)
X · 25問 · 1年前Chapter 10 (B)
Chapter 10 (B)
25問 • 1年前Schwere Fragen
Schwere Fragen
X · 14問 · 1年前Schwere Fragen
Schwere Fragen
14問 • 1年前Schwere Fragen (B)
Schwere Fragen (B)
X · 14問 · 1年前Schwere Fragen (B)
Schwere Fragen (B)
14問 • 1年前Schwere Fragen (B)
Schwere Fragen (B)
X · 12問 · 1年前Schwere Fragen (B)
Schwere Fragen (B)
12問 • 1年前問題一覧
1
Developmental anatomy – the study of the structural changes of an individual from fertilization to adulthood, Macroscopic anatomy – the study of the structures of the body visible without the use of a microscope, Microscopic anatomy – the study of cells, tissues and organs visible under a microscope
2
It is one of the branches of physiology, It is the study of cells and their functions
3
The function of the excretory system is studied by a branch of physiology called renal physiology, Reproductive physiology studies the reproductive organs and the methods of reproduction, The function of the nervous system is studied by a branch of physiology called neurophysiology
4
Carbohydrates, proteins, lipids and water are typical examples for the level of structural organisation of the body where the main components are represented by molecules, The cell contains subcellular structures such as mitochondria and ribosomes, Atoms are chemical units of chemical elements (oxygen, carbon, nitrogen, sodium)
5
An organ consists of two or more types of tissues, The stomach consists of all four main types of tissues: epithelial, connective, muscle and nervous, The muscle system includes striated muscles, smooth muscles and the cardiac muscle, The urinary system consists of the kidneys, the bladder and the associated urinary tracts
6
Metabolism represents the sum of all chemical processes in the body, Metabolism is subdivided into two subcategories, catabolism and anabolism, Catabolism represents the decomposition of organic matter resulting in the production of the energy required by cell functioning
7
Movement – voluntary or involuntary – is the result of muscle fibre contraction, Conductivity – the property of cells to send stimuli – is a characteristic of nervous and muscle cells
8
All the processes that contribute to maintaining internal stability of the body within normal limits are called homeostasis, The constant maintaining of temperature and atmospheric pressure are necessary conditions to maintain homeostasis, All organ systems are involved in maintaining homeostasis
9
When the body is in anatomical position, it is in vertical position (orthostatism), with the upper limbs near the body and the palms facing forwards, In anatomical position, the body has two sides, an anterior one (ventral) and a posterior one (dorsal), The term „ventral” is the opposite of the term „dorsal” (when the body is viewed frontally)
10
In anatomic terminology, the abdomen (the inferior part of the abdominopelvic cavity) is considered to be located inferior to the thorax, The term “ipsilateral“ refers to structures situated on opposite sides of the body, The term “contralateral” refers to structures situated on the same side of the body
11
Right hand – right foot – ipsilateral, Left arm – right foot – contralateral, Foot – distal to thigh – distal to calf
12
The midsagittal plane is a vertical plane that divides the body in two halves, left and right, The planes transect the human body and provide reference points for its organs
13
The heart, the oesophagus, the trachea and the primary bronchi are located in the mediastinum, The abdominopelvic cavity is called the peritoneal cavity and contains the internal abdominal and pelvic organs, The stomach is located in the abdominal subdivision of the abdominopelvic cavity
14
Organs such as the lungs, the heart, the thymus, the oesophagus are situated at the thoracic level, The terms „quadrants” (upper – left and right, and lower – left and right) are commonly used in clinical practice, The intersection of two imaginary lines, a vertical one and a horizontal one, in the centre of the abdominopelvic cavity delimits four quadrants
15
It is also called peritoneal cavity and contains the internal abdominal and pelvic organs, Is separated by the thoracic cavity by a dome-shaped large muscle – the diaphragm
16
The human body contains three serous membranes: the pleura, the pericardium and the peritoneum, Each of the three serous membranes has a parietal and a visceral sheet, The parietal sheet of the peritoneum lines the abdominal and the pelvic cavities, The space between the peritoneal sheets is called peritoneal cavity, the space between pericardial sheets is called pericardial cavity
17
They are devoid of nucleus, Bacteria are prokaryotic cells, They do not divide by mitosis
18
Eukaryotic cells have a nucleus and cell organelles and divide by mitosis, All cells, including human ones, have two basic components: cytoplasm and plasma membrane, Bacteria belong to prokaryotic cells, while animal and human cells are eukaryotic
19
It mainly consists of proteins and phospholipids, The lipids in the plasma membrane are arranged in two layers (bilayer structure), The proteins in the membrane carry out various functions (enzymatic, transmembrane transport)
20
Polarised, which contains phosphorus, Unpolarised, consisting of fatty acid chains, Hydrophobic, consisting of fatty acid chains
21
Transmembrane proteins may act as transporters of certain organic molecules, Can be classified into transmembrane and peripheral, Transmembrane proteins may serve as channels for membrane transport
22
Oxygen molecules pass from pulmonary alveolae to red blood cells by osmosis, If one introduces red blood cells into a hypertonic solution, they will undergo the process of hemolysis, Active transport is achieved in the sense of the concentration gradient
23
Diffusion is the movement of molecules from a high-concentration area to a low-concentration area (in the sense of the gradient concentration), Osmosis is the diffusion of water molecules through a semipermeable membrane, Osmosis is the diffusion of water molecules from a low-concentration area of the solute to high-concentration area of the solute
24
The solute is a chemical substance dissolved in a fluid called solvent, A solution that has a higher salt concentration than the cytoplasm is called hypertonic solution, A solution that has a higher sodium chloride concentration than the cytoplasm is called a hypertonic solution
25
It allows the passing of water from a low-concentration-solute area to a high-concentration-solute area, It allows just certain molecules to pass ( g., O2, water, CO2), It does not facilitate the passage of large molecules to or from the cell