azaa 9-stepped proton-18 jan
TRANSCRIPT
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THE FULL 9 STEPPED CYCLE OF PROTON CONDUCTANCE INSIDE
HUMAN BODY PROPOSED BY M.AMBAGA, INCLUDING THE
DONATORS + MEMBRANE-REDOX POTENTIALS THREE-STATE LINE
SYSTEM + O2 + DP + PI + H++ NH + MEMB. SPACE = (ATP + HEAT
ENERGY + H2O + NH + MATRIX + CO2! REACTION MEDIUM
U"##$%##' 2)*
). I$&'&/$.
We at frst proposed about that it is existed the ull 9 stepped cycle o proton
conductance inside human body, which started rom release o proton and
electron rom ood (frst stage) ended by fnal accumulation o ree protons in the
orm o HbH (O2Hb) inside o erythrocytes, allowing to promotion o upta!e
oxygen by human body and remo"e o carbon dioxide rom human body (end 9
stage)#Hydrogen ion, strictly, the nucleus o a hydrogen atom separated rom its
accompanying electron# $he hydrogen nucleus is made up o a particle carrying a
unit positi"e electric charge, called a proton# $he isolated hydrogen ion,
represented by the symbol H%
, is thereore customarily used to represent aproton#
T01 "" 9 3&1441 5"1 4'&$ $$1 /$3/1 06#$ %5
4'431 %5 M.A6%#7#, /$"/$7 &01 D$#&'3 + 616%'#$1-'18
4&1$&/#"3 &0'11-3&1 "/$1 353&16 + O2 + DP + P/ + H++ $H + 616%.
34#1 = (ATP + 01#& 1$1'75 + H2O + $H + 6#&'/8 + CO2! '1#&/$
61/6.
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2#$ransfer ofproton,electronto'()Hashydrogen atom
*#
+#
#-#
.#
/#
9#
T01 "" 9 3&1441 5"1 4'&$ $$1 /$3/1 06#$ %5
4'431 %5 M.A6%#7# " /$"1 30 1"" :$$ 61%"/
4#&0#53 #3 7"5"53/3, 41$&31 40340#&1 4#&0#5, ;'1%3 5"1, %1&
8/#&/$ #&&5 #/3, #6/$ #/ 8/#&/$.
$he ormation o ree protons rom metabolic water again by reaction as
H20O*1H%H0O* (H20O* ormed rom metabolic water), proton combine with
hemoglobin (generation o HbH) which promotes the release o oxygen rom
hemoglobin, oxygen diusion to cells, proton released rom hemoglobinpromotes upta!e o oxygen by hemoglobin, the ormation o 0O2 rom H20O*
under action o carbonic anhydrase, diusion o 0O2in the al"eoli in the end 9
stage e"entually lead to the release o proton and electron rom ood substrates
as carbohydrate, amino acids, atty acids at frst stage# 3n such way end 9 stage
o the ull 9 stepped cycle o proton conductance inside human body is
connected with frst & stage#
$his is reason why we use thermin as ull closed 9 stepped cycle o proton
conductance inside human body, started rom ood substrates as carbohydrate,
amino acids, atty acids and ended by oxygen and carbon dioxide i#e# a set o
e"ents or actions in the ull closed 9 stepped cycle o proton conductance insidehuman body happened again and again in the same order, repeating series o
e"ents#
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T01 1
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9# $he ull 9 stepped cycle o proton conductance inside human body proposed
by 4#mbaga and renal unction (urine H;'a exchange)#
&
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. T01 4'1
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34#1 = (ATP + 01#& 1$1'75 + H2O + $H + 6#&'/8 + CO2! '1#&/$
61/6.
ll these processes are connected with pre"ailence o gamma state with
low oxidation and reducti"e potentials in the membraneredox potentials three
state line system o 5onators % membraneredox potentials threestate line
system % O2 % 67 % 7i % H%% nH % memb# space 1 ($7 % heat energy) % H2O
% nH % matrix % 0O28 reaction medium o human body#
7rotonation capacity o erythrocyte represent the capacity o this cell to
orm HbH with participation o ree protons, generated by reaction as
H20O*1H%H0O* (?eeley natomy, 7hysiology, p#/&, fg#2*#&9) allowing to
release o oxygen rom HbO2, released in such way oxygen diused to all cells#
2# 7rotonation capacity o erythrocyte also represent the capacity o this
cell to orm H20O*by reaction as H20O*1H%H0O*(?eeley natomy, 7hysiology,
p#/&, fg#2*#&9) with participation o ree protons, allowing to orm 0O2
(H20O*1H2O%0O2) released in such way carbon dioxide exhalated rom body#
*# 7roton and electron releasing capacity o serum represent the capacity
o serum en@ymes, which appeared as upta!e o proton and electron rom oodat frst stage, existed in the ull 9 stepped cycle o proton conductance inside
human body#
+# $he >uantity o protoni@ed compund represent the >uantity le"el o
energetic substrates accumulated inside human body ready to gi"e proton and
electron to the ull 9 stepped cycle o proton conductance inside human body i#e#
high le"el, medium optimal le"el, low le"el (no enough to ensure organism
need)#
# 3n case o our in"estigation H0O*and HbO2 o erythrocyte was
substitued by nitroblue tetra@olim and diphenyl picril hydra@il (77H)#
T01 "/1 0/3&'5 4'133 $
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electrons existed in membrane redoxy potential three state line system
(between ood and airBoxygen) are associated with abstract theory o Cadgan o
$4, which is distinguished by cool, cold oil, stupid external characteristics#
Damma state o 4?, consisting o decreased contents o saturated
unsaturated atty acids, conditioning a decreased le"els o redoxy potentials
conducting the =ow o protons and electrons existed in membrane redoxy
potential three state line system ( between ood and air oxygen) are
associated with abstract theory o rlung o $4, which is distinguished by light,
mobile, nonoil, cool external characteristics#
$he membranebased mechanism or ma!ing $7 arose "ery early in lie
history and was so successul that its essential eatures ha"e been retained in
the long e"olutionary Aourney rom early procaryotes to modern cells# 3n
photosynthetic bacteria, plants, and algae, related membranebased process
produces $7 during photosynthesis# $he mechanism by which the bul! o $7 is
generated in the mitochondria diers rom the way in which $7 produced by
glycolysis in that it in"ol"es membraneEoxidati"e phosphorylation depends in
electron transport within mitochondria membrane and the transport o ions
across it#
$he membranebased mechanism or ma!ing $7 consists o two lin!ed
stages, both are carried out by protein complexes in the membrane#
SG )#
Flectrons deri"ed rom oxidation o ood molecules or rom other sources are
transerred along a electron carriers called an electrontransport chain
embedded in the membrane# $hese electron transers release energy that is
used to pump protons (H%) deri"ed rom oods#
SG 2.7rotons (H%) =ows bac! down its electrochemical gradient through protein
complex called $7 synthase, which catalyses the energy re>uiring synthesis $7
rom 7 and inorganic phosphate# $his ubi>utious en@yme ser"es the role o
turbine, permitting the proton gradient to dri"e the production o $7#
0hemiosmotic coupling (osmotic rom the Dree! to push) frst e"ol"ed in
bacteria#
erobic eucaryotic cells appear to ha"e adopted the bacterial chemiosmotic
mechanisms intact, frst by engulfng aerobic bacteria to orm mitochondria and
somewhat later in the lineages leading to algae and plants by engulfngcyanabacteria to orm chloroplasts#
Cy examining the liestyles o "ariety o single celled organisms including those
that resemble our early ancestors we can began to see the role that
chemiosmotic coupling has played in the rise o complex eucaryotes and in the
de"elopment o all lie on Farth#
:ie on earth has e"ol"ed o"er billion years# With the e"olution o the membrane
based process o photosynthesis more than * billion years ago, organism were no
longer dependent on perormed organic chemicals#