THE FORMULA WRITING SYSTEM	EXPLANATORY NOTES
4.0       HOW TO CREATE A CHEMICAL FORMULATION       PROGRAM FOR AN ESSENTIAL MEMBRANE LIPID,       THAT CAN MONITOR, DISPENSE CHEMICALS       & CONTROL THE PROCESSING OF THE CHEMICAL	4.0 EACH MEMBRANE LIPID, FORMULATION FORMULA FILE MUST TELL THE  COMPUTER, HOW TO  CREATE THE SUGAR
4.1  THE SUGGESTED WINDOWS DIRECTORYS ARE:    d:/ []...BIO-CHEMISTRY               []...ESSENTIAL LIPIDS.                                    []...OMEGA 3  []...ARALDON.GAR  []...CYTONE.DHA  []...TRIOLENE.DLA  []...VERANE.EPA  []...VALENE.VLA  []...VALERENE.IVA        []..VALERENE.IVA ~ ISO VALERIC ACID            []...OMEGA 6        []...DNASINE.ARA        []...LIGAN.GLA        []...PERIOLEN.GLN        []...MITOSINE.BLN	4.1   EXAMPLE :                          THE FORMULATION FILE FOR:           VALEREN.IVA           ISO-VALERIC ACID A BI-ALDEN SATURATED LIPID THAT IS LIQUID ABOVE -29C THIS DIRECTORY TREE, IS THE SUGGESTED TREE FOR ALL THE ESSENTIAL LIPIDS VALEREN.IVA  IS SHOWN OPEN
4.2            ENTERING THE CHEMICAL NAME & FORMULA          FOR:     VALEREN.IVA ~ ISO-VALERIC ACID    VALERENE. IVA =   10.CBN+ 4.OCS+ 20.HDR  = 2*{(>O+>C<)+(>CH2+>CH2+'CH2+'OH)+('CH3)}  EVERY CHEMICAL MUST HAVE A SHORT 4 - 8 LETTER  CHEMICAL NAME WITH A SPACE AFTER IT  AND NO MORE THAN A 3 LETTER EXTENSION.  THE CHEMICAL NAME IS THE COMMAND NAME.  THE DESCRIPTIVE SCIENTIFIC NAME,  THAT FOLLOWS THE CHEMICAL NAME,  IN THE FILE DIRECTORY & FILE NAME  IS FOR REFERENCE USE ONLY.	4.2   VALERENE IS THE NAME FOR THE BI-ALDEN. FORM OF THIS CHEMICAL. THE CHEMICAL NAME, IS ENTERED ON THE FIRST LINE THE QUANTITYS ARE PLACED ON THE SECOND LINE, THE CHEMICAL COMPONENTS, ARE PUT ON THE THIRD LINE THE DESCRIPTIVE SCIENTIFIC PART OF THE DIRECTORY NAME & ALL FILE NAMES, CAN HAVE UP TO 86 LETTERS & 12 SPACES & PUNCTUATION MARKS
4.3   EQUALIZING,   IN THIS SYSTEM, THE CHEMICAL NAME & FORMULA, ARE ALL ONE UNIT OF INFORMATION.   THEREFORE, YOU HAVE TO TELL THE COMPUTER:   THE NAMED CHEMICAL IS TO BE EXACTLY EQUAL =   TO THIS MANY ATOMS OF EACH ATOMIC ELEMENT VALERENE. IVA = 10.CBN+ 4.OCS+ 20.HDR  = 2*{(>O+>C<)+(>CH2+>CH2+'CH2+'OH)+('CH3)}	4.3 THIS EQUALS COMMAND, AUTOMATICALLY CREATES A BALANCE PROGRAM WITH 20+ DOS COMPONENTS, THE EQUALS SIGN MUST BE AT THE END OF BOTH THE FIRST LINE & THE SECOND LINE
4.4               ENTERING THE QUANTITYS  THE COMPUTER, IS GIVEN, THE EXACT NUMBER,  OF ATOMS OF EACH ATOMIC ELEMENT, NEXT. VALERENE.IVA = 10.CBN+ 4.OCS+ 20.HDR  = 2*{(>O+>C<)+(>CH2+>CH2+'CH2+'OH)+('CH3)} THIS TELLS THE COMPUTER, THE EXACT MOLECULAR WEIGHT:THAT IT USES, TO CONTROL,THE DISPENSING OF ALL THE COMPONENTS THAT ARE USED, TO CREATE THIS ORGANIC CHEMICAL.	4.4 EACH ATOMIC ELEMENT,            HAS A 3 LETTER SYMBOL ONLY THESE SYMBOLS ARE USEABLE IN COMPUTERS FOR QUANTITY ENTRYS. OCSION PRECEDES HYDRON IN ALL COMPUTER CHEMICAL FORMULAS BECAUSE THE OCSION IS ALWAYS ADDED BEFORE THE HYDRON DURING PROCESSING
4.5   THE ORDER OF CHEMICAL COMPONENT ASSEMBLY. THESE FORMULATION FORMULAS TELL THE COMPUTER, THAT THESE CHEMICAL COMPONENTS, SHALL BE JOINED TOGETHER, IN THIS EXACT ORDER	4.5 THE CHEMICAL COMPONENT SYMBOLS ARE THE COMBINED, 3 to 4 LETTER, NUMBER, & BONDING VALENCE VALUE SYMBOLS. AS SHOWN ON THE RIGHT
4.6                      WRITING THE CHEMICAL FORMULATION COMPONENTS             VALERENE .IVA = 10.CBN+ 4.OCS+ 20.HDR  = 2*{ (>O+>C<)+(>CH2+>CH2+'CH2+'OH)+('CH3) }
ASSEMBLY & CHEMISTRY INFORMATION	EXPLANATORY NOTES
AC-4.1 CREATING A SEPARATE FILE TO OUTLINE THE PROCEEDURES REQUIRED TO CREATE THE CHEMCIAL d:/ []...BIO-CHEMISTRY               []...ESSENTIAL LIPIDS.                                    []...OMEGA 3  []...VALERENE.IVA       []..VALERENE.IVA ~ REFERENCE DATA                CHEMICAL COMPONENTS                COMPONENT PROPORTIONING                STORING & SHIPPING	AC-4.1 WHEN, THE CHEMICAL COMPONENTS, ARE NOT IN , THE SAME QUANTITYS, IN THE CHEMICALS, USED TO OBTAIN THE SUB-COMPONENTS FOR THE CHEMICAL , THE PROPER PROPORTIONING, OF ALL THE COMPONENTS NEEDS TO BE ENTERED.
AC-4.2   VALERENE IS TO BE MADE BY COMBINING   THE ALDEHYDE PARALDOL   WITH CH2 METHYLENE GROUPS   AT AN ELEVATED TEMPERATURE             PARALDOL = 8.CBN+ 4.OCS+ 16.HDR = 2*{ (>O+>'CH )+(>CH2+>CH2+'CH2+'OH ) }         METHYLENE ~CYCLO-HEXANE = 6.CBN+ 12.HDR CMCL2 = 6( >CH2 ) ONLY 2 'CH2 ARE NEEDED PER  MOLECULE OF PARALDOL THEREFORE, 3 PARADOL MOLECULES, ARE REQUIRED FOR EVERY METHYLENE RING	AC-4.2 THIS AUXILLIARY FILE SHOULD BE MADE WITH ALL RELAVANT DATA FOR THE PROPORTIONING DIRECTIVES TO BE GIVEN PARALDOL IS A BI-ALDEN ALDEHYDE SIMILAR TO VALENE.VLA BUT SMALLER. 2 >CH2 GROUPS FROM, METHYLENE, CYCLO-HEXANE, ARE ADDED TO PARALDOL TO MAKE THE 2-'CH3 METHYLS THAT CONVERT IT TO VALERENE
TEMPERATURE & TIMING DIRECTIVES	EXPLANATORY NOTES
TT-4.1       THE CHEMICAL COMPONENTS ARE REPEATED    WITH THE CORRECT PROPORTION ADJUSTMENTS    AND GIVEN ORDER OF PROCESSING NUMBERS     CMCL1 =  3*{ 2*{ (>O+>'CH)+(>CH2+>CH2+'CH2+'OH) } }    CMCL2 = 6 (>CH2 )	TTN-4.1 THE ADJUSTMENT TO THE PROPORTIONS MUST BE GIVEN WITH THIS FIRST ENTRY
TT-4.2 THE ORDER OF PROCESSING NUMBERS, & THE FORMULA COMPONENTS ARE REPEATED WITH THEIR CHEMICAL COMPONENT, SCIENTIFIC NAMES CMCL1 = 3*{ 2*{ (>O+>'CH)+(>CH2+>CH2+'CH2+'OH) } } = PARALDOL CMCL2 = 6( >CH2 ) = CYCLOHEXANE
TT-4.3  THE CHEMICAL COMPONENT ORDER OF PROCESSING NUMBERS ARE GIVEN  WITH THEIR CHEMICAL COMPONENTS NAMES  & WITH THEIR ENTRANCE TEMPERATURES  CMCL1 =  PARALDOL@ 120C^  CMCL2 =  CYCLOHEXANE @ 158C^	TTN-3.3 C & THE CAROT SYMBOL ^ AS C^ ARE USED TO INDICATE TEMPERATURES IN ALL CHEMICAL FORMULATION COMPUTER SYSTEMS
TT-4.4 THEN PROCESS DIRECTIONS ARE GIVEN WITH ORDER OF PROCESSING NUMBERS CMCL1 = 3* { 2*{ (>O+>'CH)+(>CH2+>CH2+'CH2+'OH) } } = PARALDOL 1.1~ HEAT 12C^ / HOUR TO 120C^ USE LIGHT SWIRL OF 33% CMCL2 = 6( >CH2 ) = CYCLOHEXANE 2.1 ~ HEAT 14C^ / HOUR TO 158C^ USE HIGH VERTICAL BUMP AGITATION 2.2 ~ AT 159C^ ADD TO CMCL1 = PARALDOL           WITH A 2CM DIAMETER           REVERSE DIRECTION SPRAY ORIFICE 2.3 ~ WHEN MIX IS ASSEMBLED 88% SWIRL HIGH AGITATE TILL THE CHEMICALS           ARE COMPLETELY UNIFIED, 2.4 ~ TEST WITH ELECTRONIC TESTERS,           FOR ADEQUATE MIXTURE ASSIMILATION OF METHYLENES,           AND THEIR CONVERSION TO 'CH3 METHYL HYDROCARBON GROUPS.
TT-4.5 THEN GIVE STORING & OR SHIPPING DIRECTIONS, TO BE PRINTED BY THE COMPUTER AUTOMATICALLY WHEN THE CHEMICAL IS COMPLETED & TO BE BOTTLED THAT ARE TO BE PRINTED ON THE CONTAINER LABELS & ALSO INCLUDED WITH ALL SHIPPING DIRECTIONS. EXAMPLE: 4.5.1 ~ STORE IN RED POLYURATHANE CONTAINERS 4.5.2 ~ STORE @ 28C^         4.5.3 ~ SHIPPING IS BEST BY AIR MEDICAL SELECT,                      NOTED, DO NOT VIBRATE, REFRIGERATE TO 12.9°C         4.5.4 ~ SHIP IN POLY VINYL CLORIDE CONTAINERS OF 1 LITER OR LESS.