XYYX algorithm- The Hermitian conjugate of an operator as of XY
YX the Commutator as to Protein matrix the Quantum operator X, Y in 3N technology
is to reflect what we have known and Law informatics has the same function for us to translate information into words.
Mirror as interface of vertical
thinking in human genomic therapy that we can interpret human proteomic language with plain English sentence in
business methods through computer devices.
; A is Hamiltonian Matrix in Stem cell biology, and λ are Eigenvalues.
We use Russian linguistics in hidden markov model as
the tool in XYYX algorithm for the Hermitian conjugate of an operator as of XY YX the Commutator as to Protein matrix
the Quantum operator X, Y in 3N technology
in 3D Dimensions
Stem Cell Biology
of cell model in XY, YX, and XYYX algorithm.
In old French, s is printed as f. It meant that eft is est.
XY B-DNA YX Z-DNA XYYX (Je me le Lui).
A Rich, S Zhang - Nature Reviews Genetics, 2003 - nature.com
www.ee.washington.edu/.../DNA-interbas...Mar 4, 2005 - Using this configuration, double strand B-DNA structures25 of four, six, and ... the hermitian conjugate.
You visited this page on 3/20/15.
Spectrum of Cellular Communications
NeuroScience in form of business
Spectrum in entity of chemistry
Artificial Witness is to locate generic fraud Statute or specific fraud statute
on Spectrum in Law.
Spectrums are triggered by neurons in forms of cDNA,
mRNA, tRNA and rRNA through RNA HuB protein, and also including stock, credits, and security in business entity by law.
XML Linguistics in Proteomic Language including
other languages such as Latin word
Harmine is an
ATP-competitive inhibitor for dual-specificity tyrosine phosphorylation-regulated kinase 1A (Dyrk1A).
Proteomic language tRNA rRNA mRNA
Proteomic language tRNA 5'G 3' A-OH
rRNA GAAA CTTC A minor
Proteomin language mRNA
Proteomic language Micelle H+ Micelle OH-
Docking Theory cDNA
Proteomic language cDNA Recombinant Technology --
tRNA rRNA mRNA ---- RNA HuB Protein
Proteomic Language : Freedom of Speech
Bookmarks indicate stem cell's functionality with On/Off setting in routing table
Human Genomic Methods in Accounting Rules (part one) BZX XZB 5' account receivable
3' notes receivable
Credits in Human Genomic Methods (part two)- HMM in chemistry, contra account
in Accounting, cDNA in Protein nanotechnology
Computerized Standard Language in vowel sounds of a e i O u
Accounting in Science might be adopted in RNA HuB protein for
Human genomic therapy
Bayesian model in ON/OFF setting for Human genomic therapy
XML Linguistics JXZB including Latin words, Spanish, French, Microarray, cDNA Recombinant
Technology, Business Methods
email address firstname.lastname@example.org
Tuesday, August 27, 2013
Business methods in human genomes are to bookmark essential proteins- Histidine H, Lysine K, Threonine T, Valine V, FILM in
6:14 pm edt
We would like to introduce polar and non-polar agenda in cellular communications for DNA, RNA, and Proteins.
In case of certain polar proteins, we use business methods in JXZB to introduce related non-polar proteins which our
body can not produce them by ourselves. In addition, business methods in accounting are to book those cellular
activity in general accounting ledger for biological data and sorted records through database. On the
other hand, we use financial entities such as stock J, credit B, security Z, and cash X to interpret human genomic attributes
in proteomic functionality and its relational characteristics on cell. It means that polar protein is in conjugate with
related non-polar protein in cellular communications. His/her property is similar with the concept of Intron and
Exon from t-RNA, r-RNA, and mRNA.
Thursday, August 8, 2013
Cellular communications in proteomic language have an isomorphism from natural language in human linguistic paradigm.
9:53 am edt
In geographic, we look ourselves as a tree, and we are planted or relocated in
different areas. In cell, we might think ourselves as unrooted trees in RNA tertiary structures in RNA folding
and its isomorphism from rooted family trees in phylogeny. In linguistics, we have different languages
in races, but most of them can be formulated in latin spelling in vowel and consonant sounds. When we extend our understanding
in cellular communications, we might hypothesize that "Cellular communications in proteomic language have an
isomorphism with natural language in human linguistic paradigm." How do we link two trees such as proteomic language
and human readable innate language together, it is that "Artificial hands are holding loops which are joined from
different functional hidden markov models and both hands are dynamically formed as unrooted trees in RNA tertiary
structures in RNA folding. However, phylogenetic trees from rooted trees are following rules in human linguistic paradigm for
the relationships in family trees from different species in linguistic study."
Sunday, June 2, 2013
In our innate language acquisition system, proteomic language may become an universal language by itself.
3:23 pm edt
XML linguistic programmers can design multiple linguals for computer users that they can practice their bilingual
background with kinesthetic learnings.
Under proteomic language, we may achieve that dream from XML linguistics.
For example, different clusters from human readable languages may compile with an universal setting of
vowel and consonant sounds in proteomic language. We know that our human genomes have multiple expressions in DNA, RNA,
and proteins with nucleotides a, t, u, c, and g. On the other hand, computer languages and unique computational
algorithm have developed to C, C+, C++, Visual basic, Java, COBOL, and FORTRAN etc. It means that languages are used
to express our thoughts in multiways, but grammatical rules should be useful, practical, and be simple in specific
purpose for itself.
Tuesday, May 7, 2013
Thought, Language, Social Requisitions; Vertical thinking, Words, XML linguistics, XYYX algorithm, Data Capital, Artificial
8:38 am edt
Palindrome in XYYX Algorithm is an example of vertical thinking to words of human genomes. For example, cDNA permutation in microarray is enhanced by XYXY algorithm
and also XYYX algorithm is representing in Benzene Ring Dynamic Model under the Box of UC GA .
In neuroCognition XML linguistics,
an intellectual Word to use is functioned as to social
requisitions. For example, artificial witness system is possible used to evaluate human nature and also its behaviors from human
genomes in protein language.
Friday, March 8, 2013
Google translate - if we type genomic codes on iPad, then protein language will pop out its meanings in English sentence ?
11:11 pm est
If we say that the disadvantages from language barriers with proteins on students' learnings in
science are true, then it will be better to improve their scientific literacy performance when they expose to an altered
pedagogy with computer-assisted instruction. In theoretical two-way approaches, in a theory presented by Lev Vygotsky, an
interactive classroom activity in language is needed because children learn things through doing (Phi Delta Kappa Fastbacks,
2001). In nature, we are born with an innate language acquisition system (Phi Delta Kappa Fastbacks, 2001), and it
is processed in three separate but interrelated zones: thought, language, and social requisitions (Phi Delta Kappa Fastbacks,
2001). If multi-linguals can achieve language efficiency in scientific literatures, then Google translate
may give us an alternative way in learning science.
We are a full-service contractor providing quality service in FDA regulated pharmaceutical industries and biotechnology
including 21 CFR part 11 computer validations.
Our services include:
- 21 CFR part 11 computer validations
- c-GMP cleaning validation
- c-GMP process validations
- c-GMP training
- SOP consulting
By joining our mailing list, you will be the first to know about:
- Breaking news about our business
- Exclusive special offers
To join with us, click Contact Us and type your name and email address.
My on-going projects will be in law informatics to adopt
benzene ring dynamic modeling, ellipse modeling, Bayesian network modeling. Related
resources are listed below.
Law Informatics abide
to 21 CFR part 11 for Computer Validation
in Human Genomic Therapy
XML Human Genomic Therapy
Bayesian model Posterior
Benzene Ring Dynamic Model XYYX algorithm
Eulerian cycle Matched
Harmine is an ATP-competitive inhibitor for dual-specificity tyrosine phosphorylation-regulated kinase
Ellipse model follows Green rule. It is analogous to Loops' interaction that loops function as
Do-loop in programming when Benzene Ring Dynamic Model is following XYYX algorithm. On the other hand, loops' interactions
abide to cosine law into performing phylogenetic trees in Chemoinformatics. (see diagram api/api01262011.jpg)
Phylogenetic trees will be created by projecctions in cosine law in case that loop's interaction is in balance including
biological, physical, chemical and US by_law, and we can adopt association analysis to integrate different paradigms such
as law and science in law informatics under human genomic study. (see diagram api/api002062011.jpg)
XYYX algorithm to patent human genomic business methods in Informatics (see diagram xyxyxy/xyxyxy12020211.jpg)
Harmine is a chemical compound for use to simulate those genetic nucleotide arrangements which DNA/RNA are physically
organized in between normal cells and cancer cells reversible or irreversible. (see diagram six and diagram seven)
Pseudo Stem Cell Nanotechnology in Law informatics
|Project I|| ||Project II|| || ||Project III||Posterior Phase|
algorithm,Benzene Ring Dynamic Model, Law informatics || ||Chemistry Parameters|| || ||Law informatics(II)||Law informatics (III) Patent in Business
Methods for Genetic Therapeutic Treatments|
|Development Phases||Bioinformatics, Healthcare informatics||Law informatics(I)|| || ||Informatics including Business Methods in Human Genomes|| |
| || ||Clinical Trial I||Clinical Trial II||Clinical Trial III|| || |
| || ||Protein Nanotechnology(Pseudo
Stem Cell)||SVM||OVM|| || |
| ||Developing Phase (I)||Developing Phase (II)||Developing Phase (III)||Developing Phase (IV)||Developing Phase (V)|| |
| ||Bioinformatics, Healthcare informatics||Proteomics Parameters||Medical informatics||Data Mining (API Methods)||Intellectual Property|| |
Protein Nanotechnology in Intellectual Property under Human Genetic Therapeutic Treatments
|Carbon||Desulfurization||Sulfurization||Methylation||Oxidant Carbonic binding Site in 3’ Amino Acid||ATP,ADP,AMP||Hydrogen
|Science||Stem Cell||Science||Quantum||Law Genetic Regulations||XML
linguistics||Cloud Computing||Mitochondria, Anti-Oxidant Resistant System, Protein Syntheses|
|Bioinformatics||Healthcare informatics||Bioinformatics||Informatics including Business Methods||Law
informatics FDA regulations||Protein Nanotechnology||Chem-informatics Protein Parameters||Intellectual Property developing in Genetic Therapeutic Treatments|
RNA Knot like right or left thumb and carbon knobs like four fingers which are located to either side symmetrically
like a mirror image. We might adopt the right hand and left hand rule from accounting to associate chemistry parameters with
business in general ledger in order to manage human genomic datasets as well as informational managements
Harmine activates intrinsic and extrinsic pathways of apoptosis in B16F-10 melanoma Thayele Purayil Hamsa and Girija
- Harmine activates both intrinsic and extrinsic pathways of apoptosis and regulates some transcription factors
and pro-inflammatory cytokines.
M I N I R E V
I E W
Activation, regulation, and inhibition of DYRK1A
Walter Becker and Wolfgang Sippl Institute of Pharmacology
and Toxicology, Medical Faculty of the RWTH Aachen University, Germany Institute of Pharmacy, Martin-Luther-Universitat
Deco Technology can be used to make fool of cancer cell from Harmine Chemical Compound in Cancer
Therapeutic Treatment. In addition, plasticizers have been research topics to study human reproduction dysfunction from men
by environmental hormones such as DEHP, DINP, DIBP, DIDP etc. It means that Deco Technologu is possible for cancer treatment
that if we encode biological functionality on plasticizers in order to trap cancer cells and then separate cancer cells from
normal cells in neuron responses.
Diagram nine Science & Law
Diagram ten Science & Law
Tyrosine phosphorylation in dual-speciality
Diagram twenty-two Stare Decisis by Law
Diagram twenty-three Tangible assets / Exon codes
Intangible assets / Intron codes