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Lecture 3Respiration,blood,circulation and Nutrition
Entrance Window
SodaLyme
Meter
Oxygen cylinder
Yasuo KAGAWA. “Easy nourishment study” KAGAWA Nutrition publishing, 2006, p.31
A, B
Th
erm
om
ete
r me
as
ure
s te
mp
era
ture
o
f wa
ter th
at g
oe
s in
an
d o
ut
C T
an
k m
ea
su
res
the
we
igh
t o
f wa
ter g
oe
s o
ut
D M
oto
r circ
ula
tes
the
air
E P
res
su
re c
on
ditio
ne
rAtwater-Benedict human calorimeter
Relation among breath on inside, outside breath, circulation, and blood
Cell
Blood
Inside body
Outside body
Breath outside breath and in is connected through the blood circulation
Glucose
Pulmonary alveolus
External respiration(Lung respiration)
Gas exchange between in blooding
and pulmonic
Gas exchange between blood and cell
Internal respiration(Organization respiration)
Internal respiration
Source: A part of "Medical student science that learns one step a step" project (http://physiology1.org) by "Medical student science education sharing group"
Mitochondria
Mitochondria are respiratory organs of the cell
ATP is synthesized by using oxygen. ATP is a source of the activity of the mind and body. Supporter of aerobics
It is few in the white muscle of a lot of sprinters who are in marathon runner's red muscle.
The fault of making the active oxygen also.
Oxygen in lungs - The carbon dioxide exchange the outside breathes. The mitochondrial respiration in the cell breathes on the inside
The first purpose of nourishment, breath, and the circulation is syntheses of ATP. The purpose of confirming the vital sign like consideration, the pulse, the number of breaths, and the temperature, etc. is to know whether ATP of the cell is safely supplied with oxygen and the nutrient.
Oxygen
Carbon
Phosphorus
Nitrogen
Hydrogen
ATP= Adenosine triphosphoric acid
Energy source of living body
Yasuo KAGAWA. “Easy nourishment study” KAGAWA Nutrition publishing, 2006, p.33
ATP Cycle
Cellu
lar respiratio
n.
Co
mb
ustio
n o
f n
utritio
nal
sub
stance.
・
Ch
em
os
yn
the
se
s
・ Activ
e tra
ns
po
rtM
us
cle
・ contra
ctio
n
Function of cell
O2
CO2
+H2O
Ad - P ~ P ~ P ( ATP)
Ad - P ~ P + P ( ADP) ( Phosphoric acid )
ATP synthesized with mitochondria is used to act of the mind and body, resolved to ADP and Pi, and synthesized to ATP by mitochondria again.
Amount of basal metabolic rate of healthy adult male (65kg) according to internal organs
- Amount of ATP generation calculated from oxygen absorbed
Internal organsO2*1 ATP*2
mmol/minute mol/day
mmol/minute mol/day
Liver ( including abdomen )
BrainHeartKidney
Musculus skeletiOthers
2.631.850.671.021.771.89
3.82.71.01.52.62.7
15.7811.10 4.02
6.1210.6211.34
22.716.0 5.8 8.815.316.3
Amount 9.83 14.2(453g)
58.95 84.9(43kg
)*2 ATP generation amount calculated as ATP/O= 3
Standard by Dr. CallDuring 120 times of pulsus frequens/minute or more 50 times of the bradycardia/ as follows
Standard by Dr. Call From high blood pressure 180mmHg or more
to low blood pressure 90mmHg or less
24 times of increased breathing rate/minute or moreEight times or less of breath/a minuteFive times of artificial respiration beginning/minute
Vital Day and time
X
name age
Basis of heart revival method
Airway management
Artificial respiration
Cardiac compression
Except minute movement
Pulmonary artery
Pulmonary
artery
Atrium dextrum
Ventriculus dexter
Ventriculus sinister
Atrium sinistrum
Capillary
Pulmonary vein
Ao
rta
Source: A part of "Medical student science that learns one step a step" project (http://physiology1.org) by "Medical student science education sharing group"
Electrocardiogram of normality : Sinus rate
Normal 60~100 / minute
s
RR intervalAn electric excitement that happens by nodus sinuatrialis shrinks, and positive Den of order is gotten and shrinks to the entire heart
End of excitement
Sinoatrial node excitement
1mV
The pulse is 60/minute if the R-R interval is one second
約1mV
Ventricular systole
Atrial contraction
Restarting Battuta Ugo of the heart that stopped by using AED !
Electrocardiogram of ventricular fibrillation (Ventricular fibrillation : VF)Continuousness of curve that cannot distinguish P, QRS, and T without rule at all. Except emergency
⇒ minute movement
Strict fixed quantity of senior citizen's energy metabolism by PEG ( Nami SASAKI, 2007)
stomachOutside of
the body
Abdominalwall
The most basic energy metabolism of the individual variation is large. Amount of metabolizing at rest and each calculation value of PEG of 900kcal during a day
Y = 771. 315 + 0. 136 × X ; R2 = 0. 111
400
600
800
1000
1200
1400
1600
400 600 800 1000 1200 1400 1600
Y = 773. 367 + 0. 171 × X ; R2 = 0. 088
400
600
800
1000
1200
1400
1600
400 600 800 1000 1200 1400 1600Y = 882. 232 + 0. 187 × X ; R2 = 0. 106
400
600
800
1000
1200
1400
1600
400 600 800 1000 1200 1400 1600
BE
E
REE ( Actual measurement value )
BM
R
REE ( Actual measurement value )
Sim
pli
city
BM
RREE ( Actual measurement value )
B group:Strict amount of energy metabolizingPEG:Transdermal endoscope gastric fistula TsctscjutsThe composition is also constant
P F C
18 22 60 ( % )
Nami SASAKI (2007) Recommended article
The Ministry of Health, Labour and Welfare, “ Inspection examines blood pressure” Available from <http://www.mhlw.go.jp/topics/bukyoku/kenkou/seikatu/kouketuatu/inspection.html>, (accessed 2007-10-23)
Classification of blood pressure
Hypertension
Blo
od
pressu
re systolic
Blood pressure diastolic
Severe
Middle
Slight
NormalHighvalueNormal
Bloodpressure
Healthy
Best
Cause disease of bedridden
Cerebrovascular disease
Heart disease
Weakening by aged
Dementia
Rheumatism ・Arthritis
Cold ・Pneumonia
Fracture ・ Fall
Others
Uncertainty
National Livelihood Survey (1998)
Number of estimates
356,000
Yasuo KAGAWA. “Easy nourishment study” KAGAWA Nutrition publishing, 2006, p.147
Person's of taking medicine ratio(whole country and each age class)There is no country where a lot of consumption of the medicine exists like Japan
05
1015
202530
3540
4550
50-59 60-69 upper 70
Medicine that lowerblood pressure
Medicine that mendsdisorder of pulse
Medicine that lowersinsulin injection or bloodsugarCholesterol- loweringmedicine
The Ministry of Health, Labor and Welfare “The healthy people and nourishment investigation report” 2003
Each age of man and woman total
Ratio of hypertension (men)Hypertension of the slight illness person is more than a normal person
0
5
10
15
20
25
30
35
40
50-59 60-69 above 70
NormalSlight IllnessMiddle SyndromeSerious Illness
National healthy nourishment investigation )2003
It makes it from normal high price
blood pressure 130 to the problem
in “Metabolic syndrome”
Yasuo KAGAWA. “Easy nourishment study” KAGAWA Nutrition publishing, 2006, p.135
Ratio of hypertension (women)
0
5
10
15
20
25
30
35
40
45
50-59 60-69 Above 70
NormalSlight IllnessMiddle SyndromeSerious Illness
National healthy nourishment investigation (2003)
It makes it from normal high price blood
pressure 130 to the problem in “Metabolic
syndrome”
Hypertension and arteriosclerosis
Obesity
HeadacheTinnitus
Evil intention
Multi urineUrine at nighttimeDryness of mouth
Heart painPalpitationBreathing difficulties
Urine protein
Cardiac infarctionCardiac failure
Sclerotic kidney syndromeUremia
Brain hemorrhagecerebral infarction
Heart disease Apoplexy Kidney disease
Yasuo KAGAWA. “Nourishment biochemistry” KAGAWA Nutrition publishing, 1970, p.271
Maintenanceof proper weight
Excessive calorieSaturated fatty acid
Mental tension
High cholesterol
Pressor substance
Essentialhypertension
Arterios-clerosis
Hereditary predisposition
Escape Cholesterol medicine
Essential fatty acidProtein
Excess salt intakeJapanese: 12-15g/ a day
Ca antagonist, AngiotensinSalt limitation, Inhibitor converting enzymeAntihypertensive diuretictranquilizer
Inhibitor converting enzyme
Possibility of getting cardiac infarction
Hypertension
Hyperlipemia
Diabetes
Smoking
ALL
Not to do what had used to doDo
Cerebral infarction appearance of disease rate
MenRate o
f app
earance
Systolic arterial pressureDiastolic phase of uterine contraction
Per 1,000/year
(Research in Hisayama-machi)
Improvement method of hypertension
Low salt and potassium uptake Low salt of 6g→ shrinkage period blood pressure 3mmHg decrease Potassium increase → shrinkage period blood pressure 2mmHg
Correction of obesity1BMI decrease → shrinkage period blood pressure 2mmHg decrease
1 temperance combination (1 glass of beer)shrinkage period blood pressure 5mmHg decrease
Fast walking for 30 minutes a dayshrinkage period blood pressure 5-10mmHg decrease
Frequency of aryl of gene that relates to salt receptivityJapanese becomes hypertension easily being inherited more than Caucasian
45
81Japanese
Caucasian
Angiotenshinorgen T 235
50
69Japanese
Caucasian
Aldosterone synthetase T -344
25
52Japanese
Caucasian
G Proteinβ3 ( Na-H pump ) T 825
15
57Japanese
Caucasian
α Adushin T rp460
(Ishikawa, Hypertension 2001)
(Ishikawa, Am J Hypertens 1998)
(Tsujita, Hypertens Res 2001)
(Ishikawa, Am J Hypertens 2000)
( Unit:%)
Amount of meal of blood sugar load and relation of HDL cholesterol
(1349 farm village females of 20-78 years old)
67.265.5
62.1 61.9 60.8
58
60
62
64
66
68
70
Five quantities of amount of meal of blood sugar load (center for each 1000kcal value)
HD
L C
hole
ste
rol
(m
g/d
L)
The value is mean value ± standard error. Tendency P=0.038.Adjusted (Inhabitable area, use of age, state of climacteric, smoking, and supplement, feeding speeds, body activity levels, energy intakes, energy ratio, partaking of alcohol, dietary fiber intakes of fat, present BMI, and
BMI at 20 years old) Murakami et al. Am J Clin Nutr (in press)
Influence that active oxygen (Free radical)exerts on blood vessel
Blood vessel
Arteriosclerosis
The microcirculation
is imperfect
Macrophage of making to bubble
Blood vesselEndodermis Cell Monocyte
Oxidation LDL
Blood vessel slack
Vasoconstrictor
Overoxidation of cell film
Vasoconstrictor
Red blood cell
Endodermis trouble
Other diseases cannot be prevented by improving one symptom
The reduction of the entire iceberg is safe
MetaboriccshindorormInternal organs obesity
Individual treatment Lifestyle improvement× ○
Excessive nourishmentLack of physicalactivityMaking of foodEuropean-style
⇒
Arteriosclerosis
High Cholesterol bloodLow HDL-Cholesterol
Hypertension High blood of sugarObesity
High neutral fat blood syndrome
High uric acid
Glucoseintolerance
⇒
ApoplexyHeart diseaseDiabeticCancer(intestine, breast)GoutLungs flat cuticle cancer
Metabolic syndrome is a kernel of the lifestyle disease. (internal organs obesity, insulin resistance, hypertension, and hyperlipemia)
〇 〇 〇 〇 〇 〇
Administering the medical treatment of present Japan is easy and is earnings Prevention is the best
Yasuo KAGAWA “Prevention of life related disease ( IWANAMI Shinsho )
. IWANAMI Shoten, 2000, 24p.
Significant decrease in blood pressure because of MS improvement by nourishment and movement guidance of no administering (1968-1980)
Hypertension 283,normal 446
Fall of I-IV is all P<0.01
Kagawa Y, Kagawa A:Nutritional Prevention of CVD
(Lovenberg W et al. eds, Acad. Press, N.Y., 1984, pp.339-348)
この中で追跡可能なものAfter 23 years, average 127/75
“National nutrition survey” 136/79
Bloodpressure
Serum total cholesterol
Comparison of Guidance before and afterby Nutrition clinic (KAGAWA Nutrition University)
Before After Before After
Before After
Before
After
Fat in the serum Glucose toleranceBlood sugar
Normal
Normal
Systolic arterial pressureDiastolic phase of uterine contraction
min
The person who attend “Eiyo (Nutrition) clinic “
maintains health at a long term
Attendant
“Nutrition clinic”Contrast
Present : pObject person
vs
ContrastWhen attend
Present Present
BMI (㎏ /m2 )
25.7±3.2 24.6±3.9 23.3±0.4 0.0050
SBP (㎜ Hg)
119.4±14.5 127.1±18.5 135.5±6.3 0.0006
DBP (㎜ Hg)
75.0±9.1 74.9±10.3 79.4±1.4 0.0007
TC (㎎ / dl)
208.8±34.7 225.2±33.5 211.9±6.5 0.0015
TG (㎎ / dl)
95.6±46.9 100.2±55.8 134.2±10.9 < 0.0001
(After 23 years on the average attending a lecture, this ages are the national nourishment investigation transitions and are compared )
*
**
*
Change in salt intake
13.5
13.7
13.413.4
13.012.9
12.5
12.312.4
12.212.112.1
11.7
12.212.2
12.5
12.912.912.812.8
13.2
13.012.9
12.712.6
12.3
11.0
11.5
12.0
12.5
13.0
13.5
14.0
75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00
National average Nishi-Aizu
13.6
12.4
year
g
Material2002 the Ministry of Health, Labour and Welfare ‘Current state of national nourishment' versionsData for 93 years and 94 years is a meal record and about 200 of the three days.
Heat-and-serve m
eal
Apoplexy suppression of Nishiaizu the districtStudent research by "Food cultural nutrition faculty, Kagawa nutrition university"
Amount of Na exhaust according to prefectureAll dormitory Jichiidai student (urine for 24 hours)
The salt intake is experienced every year because of the biochemistry practice
201-236m E q 181-200m Eq 161-180m Eq 141-160m Eq 136-141mEq
National nutrition survey (1995) 13.2g→(2002) 11.4g
Number of measurements
N=208
(Na1Eq=Salt58.5g)The Japanese northeast part coming from student's salt intake is more intentionally more than the southwest coming from student also in the same dining room
One nitric oxide synthetic enzyme gene T786C multi type doesn't become high blood pressure in case of the salt intake 11.7g or less/a day either
115
120
125
130
135
140
145
150
<7.5g 7.5-9.2g 9.2-11.7g >11,7g
TT typeTC/ CC type
Miyaki K et al.: Am J Hypertens. 18: 1556-1562 (2005)
281 Japanese of 45 years on average
TC/CC type that 17% becomes high blood
pressure easily
Hypertension appearance of disease rate and Angeotenshinorgen gene
polymorphism after three years intervention examinations
45
2825
44
3236
32
41
32
0
10
20
30
40
50
Obse
rvation
Only
Low
Salt Mea
l
Weight Los
s
typeTT typeTM typeMMH
yperten
sion
app
earance rate
(%) The TT type increases
production of Angiotenshinorgen to maintain the salt in the inside of the body with tropical forests extremely in the region where the salt is a little.
The ape and the black are 100%. A lot of 30% is had as for the Japanese and Caucasian has a lot of MM types
Systolic arterial blood pressure
Improvement of blood pressures of those who attend normal high price blood pressure
(mmHg)p=0.04
Normal high value
Lower bound value
0
20
40
60
80
100
120
140
160
Before After
(mmHg) p=0.02
Before After0
10
20
30
40
50
60
70
80
90
100
Normal high value
Lower bound value
(n=25)
Quotation from master's thesis (Ishii)
Enhancing periodblood pressure