About Me
Saturday, January 30, 2010
Tutorials_in_Mathematical_Biosciences_-_M._Morel__Cachan.pdf
http://rapidshare.com/files/343367898/Tutorials_in_Mathematical_Biosciences_-_M._Morel__Cachan.pdf
Mathematical_Biology_I._An_Introduction_Third_Edition_-
http://rapidshare.com/files/343367897/Mathematical_Biology_I._An_Introduction_Third_Edition_-
Algebraic_Statistics_for_Computational_Biology_-_Lior_Pachter_and_Bernd_Sturmfels.pdf
http://rapidshare.com/files/343367896/Algebraic_Statistics_for_Computational_Biology_-_Lior_Pachter_and_Bernd_Sturmfels.pdf
Primer_of_Biostatistics_5th_Ed_-_Stanton_A._Glantz.chm
http://rapidshare.com/files/343367895/Primer_of_Biostatistics_5th_Ed_-_Stanton_A._Glantz.chm
Introductory_Biostatistics_-_Chap_T._Le.pdf
http://rapidshare.com/files/343367894/Introductory_Biostatistics_-_Chap_T._Le.pdf
High-Yield_Biostatistics_-_A._Glaser.pdf
http://rapidshare.com/files/343367893/High-Yield_Biostatistics_-_A._Glaser.pdf
Biostatistics_A_Methodology_For_the_Health_Sciences_-_Gerald_van_Belle__Patrick_J._Heagerty__Lloyd_D
http://rapidshare.com/files/343367892/Biostatistics_A_Methodology_For_the_Health_Sciences_-_Gerald_van_Belle__Patrick_J._Heagerty__Lloyd_D
Biostatistical_Methods_in_Epidemiology_-_STEPHEN_C._NEWMAN.pdf
http://rapidshare.com/files/343367891/Biostatistical_Methods_in_Epidemiology_-_STEPHEN_C._NEWMAN.pdf
Advances_in_Clinical_Trial_Biostatistics_-_Nancy_L._Geller.pdf
http://rapidshare.com/files/343367889/Advances_in_Clinical_Trial_Biostatistics_-_Nancy_L._Geller.pdf
Applied_Dairy_Microbiology__Second_Edition_-_Elmer_H._Marth.pdf
http://rapidshare.com/files/343331500/Applied_Dairy_Microbiology__Second_Edition_-_Elmer_H._Marth.pdf
World_of_Microbiology_and_Immunology_Vol_1__A-L__-_K._Lee_Lerner.pdf
http://rapidshare.com/files/343288778/World_of_Microbiology_and_Immunology_Vol_1__A-L__-_K._Lee_Lerner.pdf
Springer_-_XML_for_Bioinformatics.pdf
http://rapidshare.com/files/343286224/Springer_-_XML_for_Bioinformatics.pdf
Bioinformatics_-_Springer_-_Computational_Cell_Biology_ny_Keizer.pdf
http://rapidshare.com/files/343284446/Bioinformatics_-_Springer_-_Computational_Cell_Biology_ny_Keizer.pdf
Friday, January 29, 2010
Bioinformatics-Polenski_and_kimmel.pdf
http://rapidshare.com/files/343283521/Bioinformatics-Polenski_and_kimmel.pdf
barnes_and_grey-bioinformatics_for_geneticists.pdf
http://rapidshare.com/files/343282925/barnes_and_grey-bioinformatics_for_geneticists.pdf
Bioinformatics_-_Converting_data_to_Knowledge_by_Robert_Pool_.pdf
http://rapidshare.com/files/343281291/Bioinformatics_-_Converting_data_to_Knowledge_by_Robert_Pool_.pdf
Accelerated_C___Practical_Programming_by_Example.chm
http://rapidshare.com/files/343279795/Accelerated_C___Practical_Programming_by_Example.chm
C___for_Dummies_5th_edition.pdf
http://rapidshare.com/files/343279800/C___for_Dummies_5th_edition.pdf
ata_Structures_and_Problem_Solving_with_C__.pdf
http://rapidshare.com/files/343279802/Data_Structures_and_Problem_Solving_with_C__.pdf
Core_C___-_A_Software_Engineering_Approach_2000.pdf
http://rapidshare.com/files/343279804/Core_C___-_A_Software_Engineering_Approach_2000.pdf
Beyond_the_C___Standard_Library_An_Introduction_to_Boost.chm
http://rapidshare.com/files/343279805/Beyond_the_C___Standard_Library_An_Introduction_to_Boost.chm
Dan_brown_-_Digital_Fortress.pdf
http://rapidshare.com/files/343277499/Dan_brown_-_Digital_Fortress.pdf
Bioinformatics_-_From_Genomes_to_Drugs_-_Thomas_Langauer.pdf
http://rapidshare.com/files/343041274/Bioinformatics_-_From_Genomes_to_Drugs_-_Thomas_Langauer.pdf
Data_Analysis_and_Visualization_in_Genomics_and_Proteomics_-__Francisco_Azuaje.pdf
http://rapidshare.com/files/343041275/Data_Analysis_and_Visualization_in_Genomics_and_Proteomics_-__Francisco_Azuaje.pdf
Genetic_Programming_On_the_Programming_of_Computers_by_Means_of_Natural_Selection_-_John_R._Koza.pdf
http://rapidshare.com/files/343041276/Genetic_Programming_On_the_Programming_of_Computers_by_Means_of_Natural_Selection_-_John_R._Koza.pdf
Calculating the Secrets of Life Applications of the Mathematical Sciences in Molecular Biology - Eric S. Lander, Michael S. Waterman.djvu
http://rapidshare.com/files/343041277/Calculating_the_Secrets_of_Life_Applications_of_the_Mathematical_Sciences_in_Molecular_Biology_-_Eri
Bioinformatics_Methods_and_Protocols_Methods_in_Molecular_Biology_-_Stephen_Misener___Stephen_A.___K
http://rapidshare.com/files/343041278/Bioinformatics_Methods_and_Protocols_Methods_in_Molecular_Biology_-_Stephen_Misener___Stephen_A.___K
PCR_Protocols_2d_ed_-_John_M._S._Bartlett.pdf
http://rapidshare.com/files/343032567/PCR_Protocols_2d_ed_-_John_M._S._Bartlett.pdf
Pcr_Cloning_Protocols_-_Harry_W._Janes__Bing-Yuan_Chen.pdf
http://rapidshare.com/files/343032562/Pcr_Cloning_Protocols_-_Harry_W._Janes__Bing-Yuan_Chen.pdf
Artificial_Intelligence_and_Molecular_Biology_-_Lawrence_Hunter.pdf
http://rapidshare.com/files/342376123/Artificial_Intelligence_and_Molecular_Biology_-_Lawrence_Hunter.pdf
Souhami_-_Oxford_Textbook_of_Oncology.pdb
http://rapidshare.com/files/341458599/Souhami_-_Oxford_Textbook_of_Oncology.pdb
T.Speed_-_Statistical_analysis_of_gene_expression_microarray_data.djvu
http://rapidshare.com/files/341443648/T.Speed_-_Statistical_analysis_of_gene_expression_microarray_data.djvu
Molecular_Cell_Biology_5th_ed_-_Lodish_et_al.pdf
http://rapidshare.com/files/343020038/Molecular_Cell_Biology_5th_ed_-_Lodish_et_al.pdf
Tuesday, January 26, 2010
Biology_6th_ed_-_Raven_Johnson.pdf
http://rapidshare.com/files/340848980/Biology_6th_ed_-_Raven_Johnson.pdf
Gale.Encyclopedia.of.Cancer
http://rapidshare.com/files/340856812/Gale.Encyclopedia.of.Cancer.Vol.1.pdf
http://rapidshare.com/files/340856813/Gale.Encyclopedia.of.Cancer.Vol.2.pdf
http://rapidshare.com/files/340856813/Gale.Encyclopedia.of.Cancer.Vol.2.pdf
Methods_in_Molecular_Biology_Vol_296._Cell_Cycle_Control._Mechanisms_and_Protocols__Humphrey_Brooks_
http://rapidshare.com/files/341177078/Methods_in_Molecular_Biology_Vol_296._Cell_Cycle_Control._Mechanisms_and_Protocols__Humphrey_Brooks_
T.Speed_-_Statistical_analysis_of_gene_expression_microarray_data.djvu
http://rapidshare.com/files/341443648/T.Speed_-_Statistical_analysis_of_gene_expression_microarray_data.djvu
Souhami_-_Oxford_Textbook_of_Oncology.pdb
http://rapidshare.com/files/341458599/Souhami_-_Oxford_Textbook_of_Oncology.pdb
Saturday, January 23, 2010
Sequence_Analysis_In_A_Nutshell_-_Darryl_Leon__Scott_Markel.chm
http://rapidshare.com/files/338445025/Sequence_Analysis_In_A_Nutshell_-_Darryl_Leon__Scott_Markel.chm
Developing_Bioinformatics_Computer_Skills_-_Cynthia_Gibas__Per_Jambeck.pdf
http://rapidshare.com/files/338446350/Developing_Bioinformatics_Computer_Skills_-_Cynthia_Gibas__Per_Jambeck.pdf
Genetics_and_human_behaviour_the_ethical_context_-_Nuffield_Council.pdf
http://rapidshare.com/files/339354610/Genetics_and_human_behaviour_the_ethical_context_-_Nuffield_Council.pdf
New Moon, Twilight novels complete series--you must read it
http://rapidshare.com/files/339751470/New_Moon_and_Twilight_novels_complete_collection_series_by__Stephenie_Meyer_PDF__.rar
Wednesday, January 20, 2010
Five-Point-Someone-by-Chetan-Bhagat.pdf
http://rapidshare.com/files/338231993/Five-Point-Someone-by-Chetan-Bhagat.pdf
Tuesday, January 19, 2010
Brown__Dan_-_Angels_and_Demons.pdf
http://rapidshare.com/files/337744196/Brown__Dan_-_Angels_and_Demons.pdf
Dan_Brown_-_Deception_Point.pdf
http://rapidshare.com/files/337744197/Dan_Brown_-_Deception_Point.pdf
Dan_Brown_-_The_da_vinci_code.pdf
http://rapidshare.com/files/337744198/Dan_Brown_-_The_da_vinci_code.pdf
Monday, January 18, 2010
Computer.Max.Security.A.Hacker_s.Guide.To.Protecting.Your.Internet.Site.And.Network.pdf
http://rapidshare.com/files/337129736/Computer.Max.Security.A.Hacker_s.Guide.To.Protecting.Your.Internet.Site.And.Network.pdf
A_Peek_at_Computer_Electronics_-_Things_you_Should_Know_2009__Malestrom_.pdf
http://rapidshare.com/files/337127217/A_Peek_at_Computer_Electronics_-_Things_you_Should_Know_2009__Malestrom_.pdf
Data_Analysis_and_Visualization_in_Genomics_and_Proteomics_-__Francisco_Azuaje.pdf
http://rapidshare.com/files/336251893/Data_Analysis_and_Visualization_in_Genomics_and_Proteomics_-__Francisco_Azuaje.pdf
Friday, January 15, 2010
ABC_of_Clinical_Genetics_-_Helen_M._Kingston.pdf
http://rapidshare.com/files/335668076/ABC_of_Clinical_Genetics_-_Helen_M._Kingston.pdf
Thursday, January 14, 2010
Brown_Dan_-_The_Lost_Symbol.pdf
http://rapidshare.com/files/335068141/Brown_Dan_-_The_Lost_Symbol.pdf
Wednesday, January 13, 2010
Basic Cell Culture Protocols Methods in Molecular Biology - Cheryl D. Helgason, Cindy L. Miller.pdf
http://www.ziddu.com/download/8141571/sinMolecularBiology-CherylD.HelgasonCindyL.Miller.pdf.html
stay hungry stay foolish-rashmi bansal
http://rapidshare.com/files/334722320/Stay-Hungry-Stay-Foolish.pdf
2 states- Chetan Bhagat
http://rapidshare.com/files/334168300/Chetan_Bhagat_-_2_States_The_Story_of_My_Marriage.pdf
Tuesday, January 12, 2010
Monday, January 11, 2010
Bioinformatics Guide- Baxevanis
http://www.ziddu.com/download/8113182/ndProteins-AndreasD.BaxevanisB.F.FrancisOuellette.pdf.html
Introductionto Bioinformatics -ArthurM.Lesk.pdf
http://www.ziddu.com/download/8113011/IntroductiontoBioinformatics-ArthurM.Lesk.pdf.html
Protein_Structure_and_Function_-_Chapter_1-5_-_2004.pdf
http://rapidshare.com/files/333622449/Protein_Structure_and_Function_-_Chapter_1-5_-_2004.pdf
Sunday, January 10, 2010
What is an EEPROM?
EEPROM stands for Electrically Erasable Programmable Read-Only Memory. An EEPROM is like an EPROM chip since it can be written in or programmed more than once. Unlike the EPROM chip, however, an EEPROM chip need not be taken out of the computer or electronic device of which it is part when a new program or data needs to be written on it.
Selective programming can be done to an EEPROM chip. The user can alter the value of certain cells without needing to erase the programming on other cells. Thus, sections of data can be erased and replaced without needing to alter the rest of the chip's programming.
Data stored in an EEPROM chip is permanent, at least until the user decides to erase and replace the information it contains. Furthermore, the data stored in an EEPROM chip is not lost even when power is turned off.
History of the EEPROM
The EEPROM is a modification of the EPROM and was designed by George Perlegos . Its development began in 1978 while Perlegos was still employed by Intel. However the archetypal EEPROM still had to be taken out of the computer or electronic device of which it was part if any reprogramming was necessary.
When Perlegos left Intel to form Seeq Technology, he designed the first fully functional EEPROM. To eliminate the necessity of external programming, Perlegos and company made the insulating layer thinner and integrated an oscillator and capacitor circuit into the memory chip itself. This charge pump can produce the necessary programming voltage. Since it is fully integrated in every EEPROM chip, there is no need to take out the EEPROM chip for erasing and programming. To configure an EEPROM chip, an electric field produced by the charge pump is applied locally to cells marked for modification.
EEPROM Structure
The EEPROM chip is physically similar to the EPROM chip. It is also composed of cells with two transistors. The floating gate is separated from the control gate by a thin oxide layer. Unlike the EPROM chip, however, the EEPROM chip's oxide layer is much thinner. In EEPROM chips, the insulating layer is only around 1 nanometre thick whereas in EPROM chips, the oxide layer is around 3 nanometres thick. The thinner oxide layer means lower voltage requirements for initiating changes in cell value.
Tunneling the electrons of the floating gate towards the oxide layer separating the floating gate and the control gate is still the method of changing a bit's value from 1 to 0. To erase EEPROM programming, the electron barrier still has to be overcome by the application of enough programming voltage.
EEPROM Limitations
While the EEPROM can be reprogrammed, the number of times it can be altered is limited. This is the main reason why EEPROM chips are popular for storing only configuration data such as the computer's BIOS code which doesn't require frequent reprogramming. The oxide insulating layer can be damaged by frequent rewrite. Modern-day EEPROMs can be rewritten up to a million times.
Selective programming can be done to an EEPROM chip. The user can alter the value of certain cells without needing to erase the programming on other cells. Thus, sections of data can be erased and replaced without needing to alter the rest of the chip's programming.
Data stored in an EEPROM chip is permanent, at least until the user decides to erase and replace the information it contains. Furthermore, the data stored in an EEPROM chip is not lost even when power is turned off.
History of the EEPROM
The EEPROM is a modification of the EPROM and was designed by George Perlegos . Its development began in 1978 while Perlegos was still employed by Intel. However the archetypal EEPROM still had to be taken out of the computer or electronic device of which it was part if any reprogramming was necessary.
When Perlegos left Intel to form Seeq Technology, he designed the first fully functional EEPROM. To eliminate the necessity of external programming, Perlegos and company made the insulating layer thinner and integrated an oscillator and capacitor circuit into the memory chip itself. This charge pump can produce the necessary programming voltage. Since it is fully integrated in every EEPROM chip, there is no need to take out the EEPROM chip for erasing and programming. To configure an EEPROM chip, an electric field produced by the charge pump is applied locally to cells marked for modification.
EEPROM Structure
The EEPROM chip is physically similar to the EPROM chip. It is also composed of cells with two transistors. The floating gate is separated from the control gate by a thin oxide layer. Unlike the EPROM chip, however, the EEPROM chip's oxide layer is much thinner. In EEPROM chips, the insulating layer is only around 1 nanometre thick whereas in EPROM chips, the oxide layer is around 3 nanometres thick. The thinner oxide layer means lower voltage requirements for initiating changes in cell value.
Tunneling the electrons of the floating gate towards the oxide layer separating the floating gate and the control gate is still the method of changing a bit's value from 1 to 0. To erase EEPROM programming, the electron barrier still has to be overcome by the application of enough programming voltage.
EEPROM Limitations
While the EEPROM can be reprogrammed, the number of times it can be altered is limited. This is the main reason why EEPROM chips are popular for storing only configuration data such as the computer's BIOS code which doesn't require frequent reprogramming. The oxide insulating layer can be damaged by frequent rewrite. Modern-day EEPROMs can be rewritten up to a million times.
Memory
Register and Memory---
Registers are storage locations internal the the processor. CPU
instructions operate on these values directly. On RISC processors, all data
must be moved into a register before it can be operated. On CISC (Intel)
chips, there are a few operations that can load data from RAM, process it,
and save the result back out, but the fastest operations work directly with
registers.
Also, there are registers that are set aside for certain tasks, these
generally include a program counter, stack, and flags.
Each register also has a size that determines the maximum amount of data
that can be processed at a time. The registers on Pentium chips, for
example, are 32 bits.
Finally, there are generally only a few registers available on a processer.
Intel chips, for example, have 6 general purpose registers, and several
specialized registers including a base register, stack register, flags
register, program counter, and some addressing registers.
Memory, or RAM, is located external to the CPU. Generally speaking, data
has to be loaded into a CPU register from memory before the CPU can process
it,
RAM is much slower than registers, there is a lot more RAM than registers,
and generally memory can be addressed on a byte boundaries, where registers
may not be able to access all the bytes in a register.
To summarize: in general, registers are temporary storage in the CPU that
holds the data the processor is currently working on, while RAM holds the
program instructions and the data the program requires.
Registers are storage locations internal the the processor. CPU
instructions operate on these values directly. On RISC processors, all data
must be moved into a register before it can be operated. On CISC (Intel)
chips, there are a few operations that can load data from RAM, process it,
and save the result back out, but the fastest operations work directly with
registers.
Also, there are registers that are set aside for certain tasks, these
generally include a program counter, stack, and flags.
Each register also has a size that determines the maximum amount of data
that can be processed at a time. The registers on Pentium chips, for
example, are 32 bits.
Finally, there are generally only a few registers available on a processer.
Intel chips, for example, have 6 general purpose registers, and several
specialized registers including a base register, stack register, flags
register, program counter, and some addressing registers.
Memory, or RAM, is located external to the CPU. Generally speaking, data
has to be loaded into a CPU register from memory before the CPU can process
it,
RAM is much slower than registers, there is a lot more RAM than registers,
and generally memory can be addressed on a byte boundaries, where registers
may not be able to access all the bytes in a register.
To summarize: in general, registers are temporary storage in the CPU that
holds the data the processor is currently working on, while RAM holds the
program instructions and the data the program requires.
GenomicComputationalApproaches-JulioCollado-Vides.pdf
http://www.ziddu.com/download/8099458/-GenomicComputationalApproaches-JulioCollado-Vides.pdf.html
Proteomics Book-Daniel Liebler
http://www.ziddu.com/download/8098503/oductiontoProteomics-DanielLiebler-HumanaPress2002.pdf.html
Biochemistry-Stryer
http://www.ziddu.com/download/8099075/stry5thed-JeremyM.BergJohnL.TymoczkoLubertStryer.pdf.html
/Bioinformatics_The_Machine_Learning_Approach__Second_Edition_-_Pierre_Baldi__Soren_Brunak.
http://rapidshare.com/files/332324230/Bioinformatics_The_Machine_Learning_Approach__Second_Edition_-_Pierre_Baldi__Soren_Brunak.pdf
ebook__Harry_Potter_-_Complete_Works__5_books__
http://rapidshare.com/files/332635399/_ebook__Harry_Potter_-_Complete_Works__5_books__1864Pages.pdf
Thursday, January 7, 2010
SAS Book-Ran Cody
http://rapidshare.com/files/331754140/SAS.Publishing.Learning.SAS.by.Example.A.Programmers.Guide.Mar.2007.pdf
Monday, January 4, 2010
perl programming book
http://rapidshare.com/files/330298390/Beginning_Perl_for_Bioinformatics_-_James_Tisdall.pdf
Blast_-_Ian_Korf__Mark_Yandell__Joseph_Bedell.pdf
http://rapidshare.com/files/330303042/Blast_-_Ian_Korf__Mark_Yandell__Joseph_Bedell.pdf
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