biophysics
問題一覧
1
in aorta
2
for dividing cells it alters
3
The cytoplasmic medical resistance
4
steel elasticity occur in most crystal materials, rubber elasticity is typical for macromolecular materials
5
1,2
6
2
7
When P=0
8
net movement of water caused by concentration difference of water is called osmosis
9
2,2 mkm
10
the volume of blood ejected from left ventricle during one systole
11
thixotropy
12
steel elasticity – lipid membrane, rubber elasticity – collagen, elastin
13
ions
14
the difference in concentration of the same lipids, orientation and positioning of proteins and due to different enzymatic process in different leaflets
15
The potential dependent Na+ channel is opened
16
strain and stress
17
ions
18
if all pairwise interaction energies are within the range of the thermal energy
19
Ankle movements
20
Actin and myosin filaments themselves do not change the lenght but instead slide past each other
21
is combined with troponin
22
10 V/m
23
glucose and most of the amino acids
24
50 N
25
steel elasticity occur in most crystal materials, rubber elasticity is typical for macromolecular materials
26
70N
27
İts water content
28
gel and liquid - crysta
29
The larger area of flow the smaller the pressure drop
30
in the centre of blood vessel;
31
Single cells, various growing parts of plants, follicles of insect eggs, growing embryos, muscle fibers and other organs and tissues.
32
When P=0
33
Thixotropy behavior allows to gain the large viscosity of this fluid in the joints (between 1 and 40 Paˑsec)
34
voltage gating and chemical (ligand) gating
35
The heart as an oscillating dipole can excite the parts of cardiac muscle in the rhythm of the beating heart and simultaneously in different parts of body
36
electric
37
is combined with troponin
38
Ostvalds viscometer
39
somatosensory system
40
Maxwell-KelvinVoight system
41
the radius of the vessel
42
occur in the same layer of a membrane
43
somatosensory system
44
They play an important role in the storage of mechanical energy in some periodic or suddenly occurring movements.
45
43-170MHz
46
Growing ability
47
Pass fastly
48
ΔPk >> ΔPa
49
decreases16 times
50
In the aorta
51
it represents that close to cytoplasmatic leaflet actin membrane skeleton meshwork anchors with various transmembrane proteins
52
percentage of the input energy to muscle (the chemical energy in nutrients) can be converted into work instead of heat
53
Temporary dependence of voltage (potential difference) generated by heart
54
the resistance of Myelin layer
55
the chemical
56
increases 4 times
57
pressures which corresponds to systolic and diastolic phases
58
The erythrocytes to concentrate in regions of minimal shear stress, namely in the center of the vessel
59
directly proportional with concentration gradient of the substance
60
greater comparing with conductivity of sodium ions
61
a concentration difference of electrically charges of the different side of the membrane
62
When elasticity modulus of vessel is increased
63
Localization of the excited parts of the heart by detecting the potentials at three points on the body, which are more or less equidistant from the heart
64
Due to higher action potential which is required for contraction of ventricles
65
The static pressure of the blood increases, the dynamic pressure decreases
66
The larger area of flow the smaller the pressure drop
67
hematocrit
68
Pk < Part < Pa
69
because large particles move at slower velocities, the small particles move at higher velocities
70
pass from one layer to another
71
0,885 mcF/m2
72
it is inversely proportional to membrane thickness
73
decreases more than 10 times
74
To contrast to electrocardiography signals are certainly the result of collective neural activity in the brain
75
increases 4 times
76
free ATP
77
Decreases
78
the turbulent flow
79
vestibular system situated in the inner ear
80
Laminar in the arteries, in aortic valve – turbulent
81
a transport process pumps sodium ions outward through the all membrane of all cells and at the same time pumps potassium ions from the outside to the inside
82
in the sarcomere
83
decreases 4 times
84
because large particles move at slower velocities, the small particles move at higher velocities
85
erythrocytes are deformed, viscosity of the blood decreases
86
they are often selective permeable to certain substances and many of the channels can be opened or closed by gates regulated by electric signals (voltage-gated channels) or chemicals that bind to channel proteins (ligant-gated channels)
87
increases
88
amplitude of electric field in joints
89
net movement of water caused by concentration difference of water is called osmosis
90
above the heart in the head is lower than that it in the feet
91
reversible deformation up to given elastic limit
92
107 V/m
93
is inversely proportional to the cross-sectional area of the vessel
94
when the muscle does shorten but the tension on the muscle remains constant through the contraction
95
They can be generated directly as a result of ion transport in living cells or indirectly as a streaming potentials or even by piezoelectric effect
96
Electric current
97
in simple diffusion the rate of diffusion linear increases with concentration of substance, but in the case of facilitated diffusion, the rate of diffusion cannot rise greater than the Vmax level
98
the resistance to Na⁺ ions decreases
99
In the aorta
100
20 N
physiology
physiology
Merve · 100問 · 2年前physiology
physiology
100問 • 2年前physiology
physiology
Merve · 100問 · 2年前physiology
physiology
100問 • 2年前biochemistry
biochemistry
Merve · 136問 · 2年前biochemistry
biochemistry
136問 • 2年前physics
physics
Merve · 100問 · 1年前physics
physics
100問 • 1年前physics 3
physics 3
Merve · 37問 · 1年前physics 3
physics 3
37問 • 1年前physiology respiratory 1-50
physiology respiratory 1-50
Merve · 50問 · 1年前physiology respiratory 1-50
physiology respiratory 1-50
50問 • 1年前physics 2
physics 2
Merve · 53問 · 1年前physics 2
physics 2
53問 • 1年前micro 19-23
micro 19-23
Merve · 13問 · 1年前micro 19-23
micro 19-23
13問 • 1年前micro toplu
micro toplu
Merve · 123問 · 1年前micro toplu
micro toplu
123問 • 1年前a
a
Merve · 20問 · 1年前a
a
20問 • 1年前pathology
pathology
Merve · 105問 · 1年前pathology
pathology
105問 • 1年前問題一覧
1
in aorta
2
for dividing cells it alters
3
The cytoplasmic medical resistance
4
steel elasticity occur in most crystal materials, rubber elasticity is typical for macromolecular materials
5
1,2
6
2
7
When P=0
8
net movement of water caused by concentration difference of water is called osmosis
9
2,2 mkm
10
the volume of blood ejected from left ventricle during one systole
11
thixotropy
12
steel elasticity – lipid membrane, rubber elasticity – collagen, elastin
13
ions
14
the difference in concentration of the same lipids, orientation and positioning of proteins and due to different enzymatic process in different leaflets
15
The potential dependent Na+ channel is opened
16
strain and stress
17
ions
18
if all pairwise interaction energies are within the range of the thermal energy
19
Ankle movements
20
Actin and myosin filaments themselves do not change the lenght but instead slide past each other
21
is combined with troponin
22
10 V/m
23
glucose and most of the amino acids
24
50 N
25
steel elasticity occur in most crystal materials, rubber elasticity is typical for macromolecular materials
26
70N
27
İts water content
28
gel and liquid - crysta
29
The larger area of flow the smaller the pressure drop
30
in the centre of blood vessel;
31
Single cells, various growing parts of plants, follicles of insect eggs, growing embryos, muscle fibers and other organs and tissues.
32
When P=0
33
Thixotropy behavior allows to gain the large viscosity of this fluid in the joints (between 1 and 40 Paˑsec)
34
voltage gating and chemical (ligand) gating
35
The heart as an oscillating dipole can excite the parts of cardiac muscle in the rhythm of the beating heart and simultaneously in different parts of body
36
electric
37
is combined with troponin
38
Ostvalds viscometer
39
somatosensory system
40
Maxwell-KelvinVoight system
41
the radius of the vessel
42
occur in the same layer of a membrane
43
somatosensory system
44
They play an important role in the storage of mechanical energy in some periodic or suddenly occurring movements.
45
43-170MHz
46
Growing ability
47
Pass fastly
48
ΔPk >> ΔPa
49
decreases16 times
50
In the aorta
51
it represents that close to cytoplasmatic leaflet actin membrane skeleton meshwork anchors with various transmembrane proteins
52
percentage of the input energy to muscle (the chemical energy in nutrients) can be converted into work instead of heat
53
Temporary dependence of voltage (potential difference) generated by heart
54
the resistance of Myelin layer
55
the chemical
56
increases 4 times
57
pressures which corresponds to systolic and diastolic phases
58
The erythrocytes to concentrate in regions of minimal shear stress, namely in the center of the vessel
59
directly proportional with concentration gradient of the substance
60
greater comparing with conductivity of sodium ions
61
a concentration difference of electrically charges of the different side of the membrane
62
When elasticity modulus of vessel is increased
63
Localization of the excited parts of the heart by detecting the potentials at three points on the body, which are more or less equidistant from the heart
64
Due to higher action potential which is required for contraction of ventricles
65
The static pressure of the blood increases, the dynamic pressure decreases
66
The larger area of flow the smaller the pressure drop
67
hematocrit
68
Pk < Part < Pa
69
because large particles move at slower velocities, the small particles move at higher velocities
70
pass from one layer to another
71
0,885 mcF/m2
72
it is inversely proportional to membrane thickness
73
decreases more than 10 times
74
To contrast to electrocardiography signals are certainly the result of collective neural activity in the brain
75
increases 4 times
76
free ATP
77
Decreases
78
the turbulent flow
79
vestibular system situated in the inner ear
80
Laminar in the arteries, in aortic valve – turbulent
81
a transport process pumps sodium ions outward through the all membrane of all cells and at the same time pumps potassium ions from the outside to the inside
82
in the sarcomere
83
decreases 4 times
84
because large particles move at slower velocities, the small particles move at higher velocities
85
erythrocytes are deformed, viscosity of the blood decreases
86
they are often selective permeable to certain substances and many of the channels can be opened or closed by gates regulated by electric signals (voltage-gated channels) or chemicals that bind to channel proteins (ligant-gated channels)
87
increases
88
amplitude of electric field in joints
89
net movement of water caused by concentration difference of water is called osmosis
90
above the heart in the head is lower than that it in the feet
91
reversible deformation up to given elastic limit
92
107 V/m
93
is inversely proportional to the cross-sectional area of the vessel
94
when the muscle does shorten but the tension on the muscle remains constant through the contraction
95
They can be generated directly as a result of ion transport in living cells or indirectly as a streaming potentials or even by piezoelectric effect
96
Electric current
97
in simple diffusion the rate of diffusion linear increases with concentration of substance, but in the case of facilitated diffusion, the rate of diffusion cannot rise greater than the Vmax level
98
the resistance to Na⁺ ions decreases
99
In the aorta
100
20 N