Application of the Zhe Yin s Gene Inherits Law

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1 Ope Joural of Geetics, 2014, 4, Published Olie December 2014 i SciRes. Applicatio of the Zhe Yi s Gee Iherits Law Zhe Yi 1,2, Yufei Guo 1 1 Mathematics Departmet, Yabia Uiversity, Yaji, Chia 2 Departmet of Iformatio Maagemet, Pekig Uiversity, Beijig, Chia yizhe@ybu.edu.c Received 16 November 2014; revised 5 December 2014; accepted 18 December 2014 Copyright 2014 by authors ad Scietific Research Publishig Ic. This work is licesed uder the Creative Commos Attributio Iteratioal Licese (CC BY). Abstract Several results are provided usig gee iherits law i aother article [1], makig use of the theory of algebra i mathematics, accordig to which we derive, which will give some referece value to geetics. Keywords Iherits Law, Memory Iheritace, Memory Copy 1. Itroductio Right ow, may laws i geetics ca be derived from the statistical law of geetic results. There is rather little research o priciple. Ca a reasoable estimate of the geetic results be preseted from the perspective of priciple? The aswer is yes. Zhe Yi s gee iherits law i referece [1] will be itroduced first. 2. Two Lemmas Geetic behavior is divided ito domiat iheritace ad recessive iheritace. Assume that D represets for domiat iheritace factor, ad d represets for recessive iheritace factor; there are two cases amog iheritace factors, that is, depedet ad idepedet; idepedet refers to there is cross effect betwee D ad d, that is, Dd is also oe iheritace result. The possible results may be D or d whe iheritace factors of male paret ad female paret are idepedet. The possible results may be D, d, ( Dd ) +, ( Dd ), D( Dd ) +, d ( Dd ) +, D( Dd ), ( Dd ) d whe iheritace factors of male paret ad female paret are depedet. How to cite this paper: Yi, Z. ad Guo, Y.F. (2014) Applicatio of the Zhe Yi s Gee Iherits Law. Ope Joural of Geetics, 4,

2 Z. Yi, Y. F. Guo Biomial equatio formula: where i i i ( D+ d) = CDd, C i i= 0! =. i! i! ( ) Coefficiets of the odd ad eve items i the expasio are equal. i i i Expasio ( D+ d) = CDd is just all of the possible results of the 1 i= 0 th geeratio. Lemma 1. Whe male paret ad female meet domiat iheritace, iheritace factors fit such additio priciple 1: D D = D ; D d = D; d D = D; d d = d. Lemma 2. Whe male paret ad female meet recessive iheritace, iheritace factors fit such additio priciple 2: D D = d ; 3. Zhe Yi s Gee Iherits Law D d = D; d D = D; d d = d. Zhe Yi s gee iherits law: 1) All of the possible iheritace results of the 1th geeratio fit such expasio: where i i i i= ( ) D+ d = CDd = CD + CD d+ CD d + + Cd C i! = ; i! i! ( ) 2) Iheritace factors meet distributive law (separate regularity); 3) Iheritace factors meet associative law (law of idepedet assortmet); 4) Domiat iheritace meets additio priciple 1; 5) Recessive iheritace meets additio priciple 2; 6) Whe D ad d are idepedet, possible results are D or d ; 7) Whe D ad d are depedet, Dd will be regarded as iheritace factor which also have domiat Dd (likage iheritace), ad possible results are: D, d, iheritace ( Dd ) + ad recessive iheritace ( ) ( Dd ) +, ( Dd ), D( Dd ) +, d ( Dd ) +, D( Dd ), ( Dd ) d. Note: whe = 2, this iheritace law is just Medel s law. 4. Applicatio of Zhe Yi s Gee Iherits Law 4.1. Applicatio 1: Subtractio Priciple of Geetic (Iferece of Zhe Yi s Gee Iherits Law) Accordig to the theory of algebra i mathematics. (Accordig to the theory of algebra, additio ad sutratio i 435

3 Z. Yi, Y. F. Guo Lemma 1 ad Lemma 2 are equivalet i Zhe Yi s gee iherits law) if additio priciple i Lemma 1 ad Lemma 2 is right, subtractio priciple i Lemma 1 ad Lemma 2 will be also met. That is, Lemma 1. Whe male paret ad female meet domiat iheritace, iheritace factors fit suchsubtractio priciple 1: D D = D ; D d = D; d D = D; d d = d. Lemma 2. Whe male paret ad female meet domiat iheritace, iheritace factors fit such subtractio priciple 2: D D = d ; D d = D; d D = D; d d = d. Additio ad subtractio i math ad algebra are equivalet, but its sigificace i biology is very large. Additio represets the result of the itegratio, subtractio represets differeces or chages i cotet. This is maily reflected that the livig thigs gai ad memory oly chaged iformatio to outside iformatio, but gai ad memory same iformatio to o-cotiuous oes, all the way to geetic. Not oly humas, aimal iformatio of visio, taste, smell, ad so o have also take chagig ature of memory storage. Biological evolutio is gee mutatio with the evirometal impact so domiat iheritace refers to biological evolutio. Mutatio evolutioary characteristics chaged at three times speed compared to the previous origial features (origial features before the evolutioary geetic icremet = 0, geetic icremet which has the gee mutatio evolutioary characteristics = three times); characteristic of recessive iheritace refers to keep 50% evolutio before, keep 50% after mutatio evolutioary characteristics (geetic process was chaged o the secod process, preservig 50% i fact equals o chage). It is worth metioig that with the impact of eviromet, domiat ad recessive hereditary iterchageable. For a sigle orgaism, overt or tissue tested positive for the virus were egative, occult viral or cellular orgaizatio. Normal umber of latet virus i huma reproductio cells without icremetal, but the volume icreased 1 time (accordig to coefficiet ratio i Zhe Yi s gee iherits law) Applicatio 2: The Dyamics ad Mootoic of Geetic Geetic process is a dyamic process. Accordig to Zhe Yi s gee iherits law, which is that cotiuous evolutio process of bio at three times speed, is also that livig beigs remai 100% trait gees i the process. Domiat hereditary represets of biological evolutio (evirometal iflueces), recessive hereditary represets of biological orgaisms maitaiig the origial characteristics. With the impact of eviromet, domiat ad recessive hereditary iterchage each other. Geetic variatio is equivalet to cell variatio. If differet paterity rate = Y, idetificatio of childre = N, Y F( ) =, whe N becomes large, Y icreases mootoically. Whe the value of N is equal, paretage livig i differet eviromets with differet rate of Y -value is greater tha the same coditios paterity rates of differet Y values. For example, cacer cells is the biological evolutio of domiat process, AIDS was bio-coservative (degradatio) of recessive processes. Low immuity sharply coservative pheomeo of biological degradatio pheomea, is very likely to be the ext of ki at the itersectio of product. It is worth metioig that without distictio as to race, looks like may of them are metally hadicapped groups strikig similarities have a relatioship with ibreedig. Ibreedig is the most effective way of returig to the aciet Applicatio 3: Twice Property of Geetics Zhe Yi s gee iherits law is the oe about idividual gee, complete thought is icluded of the collective of gee, which is iheritace that is composed of gee strad by media (such as memory piece). Uio of the male 436

4 Z. Yi, Y. F. Guo germ cell ad female germ cell uclei of geetic iheritace ca be idetified for the first iheritace, female geetic memory (memory copy of the paret to the youg) ca be idetified as the secod geetic or epigeetic iheritace. The first iheritace cotais the basic geetic iformatio (part of evolutioary iformatio is ot icluded), the secod iheritace cotais part of evolutioary iformatio, through the copyig ad passig brai s memory iformatio. Huma or aimal istict actually does ot exist, is copyig ad iheritace from a geeratio ago, previous geeratios of acestors (hereditary for the secod time). Huma s dreamig pheomeo are previous geeratios of acestral memory cotets ad mix back to the recet memory. After copyig the creature s youg brai gee mutatios idetified as geetic variability for the secod time Applicatio 4: Rules of Blood Type Iheritace A-type ad B-type blood are domiat iheritace, AB-type is a double domiat geetic, ad O-type is recessive. Accordig to Zhe Yi s gee iherits law, we have: Blood type of parets: A ad A: ( A+ O) ( A+ O) = AA+ 2AO+ OO = 3A+ O 3:1; A ad B: ( A + O) ( B + O) = AB + AO + BO + OO = AB + A + B + O 1:1:1:1 ; A ad O: ( A+ O) ( O+ O) = AO+ AO+ OO+ OO = 2A+ 2O 1:1; A ad AB: ( A + O) ( A + B) = AA + AB + AO + BO = 2A + AB + B 2 :1:1 ; B ad B: ( B+ O)( B+ O) = BB+ 2BO+ OO= 3B+ O 3:1; B ad AB: ( B+ ( A+ B) = AB+ BB+ AO+ BO = AB+ 2B+ A 1:2:1; O ad O: ( O+ O) ( O+ O) = 4O 1; O ad AB: ( O + O) ( A + B) = 2AO + 2BO = 2A + 2B 1:1 ; B ad O: ( B+ O) ( O+ O) = BO+ BO+ OO+ OO= 2B+ 2O 1:1; AB ad AB: ( A + B) ( A + B) = AA + AB + AB + BB = A + 2AB + B 1: 2 :1. See blood type iheritace table for details [2] (Table 1) Applicatio 5: Atavism Whe the hereditary ad sex-liked recessive traits are met, accordig to Zhe Yi s gee iherits law, accordig to corollary 5 ad 6 i referece [1], atavism will be took place. That is, eve-umbered geeratio iherits but odd-umbered oe does t iherit, such as hemophilia, red-gree colorblid, pseudohypertrophic muscular dystrophy ad-6-glucose dehydrogeate deficiecy, ad so o. Table 1. Blood type iheritace table. Blood type of parets Blood type of childre Ratio A ad A A, O A:O = 3:1 A ad B AB, A, B, O AB:A:B:O = 1:1:1:1 A ad O A, O A:O = 1:1 A ad AB A, AB, B A:AB:B = 2:1:1 B ad B B, O B:O = 3:1 B ad AB AB, B, A AB:B:A = 1:2:1 O ad O O O = 1 O ad AB A, B A:B = 1:1 B ad O B, O B:O = 1:1 AB ad AB A, AB, B A:AB:B = 1:2:1 Blood group iheritace ad ratio with a simple calculatio i a similar way. AB type blood ad A type or B type blood occur gee mutatios liked, which ca create special blood type. 437

5 Z. Yi, Y. F. Guo 5. Coclusio Based o the Zhe Yi s gee iherits law usig the priciples of algebra, feasible ideas about biology have bee clearly provided. Accordig to Zhe Yi s gee iherits law, iheritace ad evolutioary process has bee quatized, which will play a refereces role i future. Refereces [1] Yi, Z. (2012) The Law of Geetic Iheritace. Ope Joural of Geetics, 2, [2] Yi, Z. ad Guo, Y.F. (2012) Priciple of Blood Group Iheritace ad Calculatio of Its Ratio. Pure ad Applied Biology, 1,

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