SINGULARITY LOW
MOLECULES CONTENT ANALYZER
Example....
Write number of Urea and Creatinin molecules
in the field
(example 20 Urea molecules and 1100 Creatinin molecules ).
molecules number of molecules
  UREA  (NH2)2CO   mmol/l
  CREATININE C4H7N3O mmol/l
    C H N O

 

  C4H7N3O   number of molecules in evolution fase
is number of molecules in C form
is number of molecules in C2 form
is number of molecules in C3 form
is number of molecules in C3 form
is number of molecules in C4 form
is number of molecules in C4 form
is number of molecules in C4 form

 

--------- 1
 

C form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       (NH2)2CO mmol/l.
C CH4 NH3 CO N H O ∑ mmol/l
1 C + NH3 + N + H + O

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l.
C CH4 NH3 CO CN2 N H O ∑ mmol/l
1 C + CH4 + NH3 + CO + CN2

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
C CH4 NH3 CO CN2 N H O ∑ mmol/l
1 C+CH4+NH3+CO+CN2+N+H+O

--------- 2
 

C2 form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l
C2 CH4 NH3 CO N2 N H O ∑ mmol/l
2 C2 + CH4 + NH3 + CO + N2

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
C2 CH4 NH3 CO N2 N H O ∑ mmol/l
2 C2+CH4+NH3+CO+N2+N+H+O

--------- 3
 

C3 form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l
C3 CH4 NH3 CO N2O N H O ∑ mmol/l
3 C3 + CH4 + NH3 + N2O

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
C3 CH4 NH3 CO CN N H O ∑ mmol/l
3 C3+CH4+NH3+CO+CN+N+H+O

--------- 3.1
 

C3 form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l
C3 CH4 H2O HN3 N2O N H O ∑ mmol/l
3 C3 + CH4 + H2O + HN3

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
C3 CH4 H2O HN3 CO N2H4 N H O ∑ mmol/l
3 C3+CH4+H2O+HN3+CO+ N2H4+N+H+O

--------- 4
 

2C2 form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l
2C2 NH3 H2O H2N2 CO N H O ∑ mmol/l
4 2C2+NH3+H2O+H2N2

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
2C2 NH3 H2O H2N2 CO N2 H4 O ∑ mmol/l
4 2C2+NH3+H2O+H2N2+CO+N2+H4+O

--------- 4.1
 

C4 form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l
C4 NH3 H2O H2N2 CH4 N2 H O ∑ mmol/l
4 C4 + NH3 + H2O + H2N2

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
C4 NH3 H2O H2N2 CH4 N2 H O ∑ mmol/l
4 C4+NH3+H2O+H2N2+ CH4+N2+H+O

--------- 4.2
 

C4 form
(NH2)2CO + C4H7N3O → ∑

 

Sin. number of atoms   small molecules       C4H7N3O mmol/l
C4 NH3 H2O H2N2 CNHO N H O ∑ mmol/l
4 C4 + NH3 + H2O + H2N2

 

Sin. ∑ of atoms   ∑ molecules       ∑ of content mmol/l.
C4 NH3 H2O H2N2 CNHO N H O ∑ mmol/l
4 C4+NH3+H2O+H2N2+ CNHO+N+H+O

 

Iron content missing
    N atoms / 4 for number of Iron atoms
  Fe   mmol/L  Iron

 

 

Oxygen content missing
  Transforming C and CH4 and CO in CO2 molecules
  Transforming H in H2O molecules
  CO2   mmol/L  Carbon dioxide
  H2O   mmol/L   Water molecule
 ∑ O   mmol/L   See Oxygen




 

SINGULARITY LOW - PHOSPHATE MOLECULES CONTENT ANALYZER
Example....
Write velue of blood Phosphate in the field
(example ∑ 1.7 mmol/l.)
Write velue of: Phosphate ; Urea or Creatinine

 


∑ mmol/l. Sin. mmol/l. molecule mmol/l.
H P H2O O
0   PO4    Phosphate molecule
1   HPO4   Hydrogenphosphate molecule
2   H2PO4  Dihydrogenphosphate molecule
3   H3PO4  Trihydrogenphosphate molecule
4   H4PO4  Tetrahydrogenphosphate molecule
5   H5PO5  Pentahydrogenphosphate molecule
∑      H15P6O25  Sum of Phosphate molecules
∑         H P O     mmol/l

 

SINGULARITY LOW - PHOSPHATE MOLECULES CONTENT ANALYZER
Example....
Write velue of blood Phosphate in the field
(example ∑ 1.7 mmol/l.)
Write velue of: Phosphate ; Urea or Creatinine

∑ mmol/l. Sin. mmol/l. molecule mmol/l.
H P H2O NH3 O
0   PO4    Phosphate molecule
1     HPO4 ⇔ H4PNO4
2     H2PO4 ⇔ H5PNO4
3     H3PO4 ⇔ H6PNO4
4     H4PO4 ⇔ H6PNO4   excludes H
5     H5PO5 ⇔ H6PNO4   excludes H2O
∑      H15P6O25 ⇔ H27P6N5O24

 

SINGULARITY LOW - BLOOD SUGAR MOLECULES CONTENT ANALYZER
Example....
Write velue of blood sugar in the field
(example 9 mmol/l.)
Write velue of: Sugar; Phosphate ; Urea or Creatinine

C6H12O6   molecule content
∑ mmol/l. Sin. mmol/l. molecule mmol/l.
C CH4 CO2 H2O O
0     ZP     Singularity ziro  
1       C     Singularity one  
2     2C     Singularity two  
3     3C     Singularity three  
4     4C     Singularity four  
5     5C     Singularity five  
6     6C     Singularity six  
∑      7C6H12O6  Sum of glucose molecules
∑         C H O     mmol/l