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vampirescan rather contributenucleic years
who helped ... double helix structurediscoverDNA?s
who helped ... double helix in the 1950sdiscoverDNA?s
of smaller units called nucleotides , which are linked together to form a larger molecule ( nucleic acid(passive) are composedNucleic acids
of units called nucleotides , which are linked together to form a larger molecule(passive) are composedNucleic acids
of a nitrogen - containing base , a sugar , and a phosphate group(passive) are composedNucleic acids
of a phosphate group , a sugar , and a nitrogen - containing base(passive) are composedNucleic acids
of a sugar , a phosphate group , and a nitrogen base(passive) are composedNucleic acids
Friedrich Miescher(passive) were first discovered byNucleic acids
friedrich miescher(passive) were discovered byNucleic acids
Friedrich Miescherdiscoverednucleic acids
by Friedrich Miescher(passive) discovered byNucleic acids
Friedrich Miescherdiscoversnucleic acids
by Friedrich Miescher in He(passive) were discovered byNucleic acids
Friedrich Miescher in(passive) were discovered byNucleic acids
of structural units called nucleotides(passive) are composedNucleic acids
1869 - Friedrich Miescherdiscoversnucleic acids
1869 - Friedrich Miescherdiscoverednucleic acids
of subunits called nucleotides(passive) are composedNucleic acids
of subunits called nucleotides(passive) are composed Nucleic acids
of monomers called nucleotides , each of which(passive) are composedNucleic acids
by Watson and Crick(passive) discovered bynucleic acids
Ribosomal RNAcontributerRNA
Sequence studies of 16SledrRNA
by formalin fixation(passive) caused bynucleic acids
formalin fixation(passive) caused bynucleic acids
Friedrich Miescher in 1869.[3(passive) were discovered byNucleic acids
by reactive oxygen species(passive) caused bynucleic acids
of monomers called base pairs(passive) are composedNucleic acids
DNA(passive) is composedNucleic Acids
of nucleotides(passive) are composedNucleic acids
conditionscausingnucleic acids
Miescherdiscoverednucleic acids
nucleotidescomposingnucleic acids
of monomers known as nucleotides(passive) are composedNucleic acids
of carbon , oxygen , hydrogen , nitrogen and phosphorous(passive) are composedNucleic acids
Friedrich Miescher in 1869.[1(passive) were discovered byNucleic acids
of monomers called A. base pairs(passive) are composedNucleic acids
of nucleotides ( monomers(passive) are composedNucleic acids
of carbon , oxygen , hydrogen , nitrogen and phosphorous atoms(passive) are composedNucleic acids
for high throughput virtual screening and prediction of binding modeprimarily designedfor high throughput virtual screening and prediction of binding mode
only portions of strands with complementary base sequences to bind together to form strong , rigid double helix structurescauseonly portions of strands with complementary base sequences to bind together to form strong , rigid double helix structures
to the formation of the dna double helixleadto the formation of the dna double helix
the three major macromolecules essential for all known forms lifecomposethe three major macromolecules essential for all known forms life
the three major macromolecules essential for all known forms of lifecomposethe three major macromolecules essential for all known forms of life
to bind to a specific molecular targetdesignedto bind to a specific molecular target
to bind to a specific sequence of nucleotides to inhibit production of disease causing proteinsdesignedto bind to a specific sequence of nucleotides to inhibit production of disease causing proteins
to bind proteinsdesignedto bind proteins
dnacomposedna
the production of parts of the virus by our own cellswill causethe production of parts of the virus by our own cells
to cellleadingto cell
the three major macro - molecules essential to all forms of life as we know itcomposethe three major macro - molecules essential to all forms of life as we know it
to cell deathleadingto cell death
to cell deathleadsto cell death
to the cell deathleadto the cell death
cell injury or deathcausingcell injury or death
of DNA or RNAcomposedof DNA or RNA
to lifeleadsto life
oxidative damage to these macromoleculescausingoxidative damage to these macromolecules
to the origins of lifecould have contributedto the origins of life
to increased synthesis of mitochondriamight ... leadto increased synthesis of mitochondria
to be complementary to other nucleic acidsdesignedto be complementary to other nucleic acids
to the death of bacterialeadsto the death of bacteria
to the death of the bacterialeadsto the death of the bacteria
a deletion in the genome of the target cellcausea deletion in the genome of the target cell
of various genescomposedof various genes
of a base , a sugar , and a phosphate groupcomposedof a base , a sugar , and a phosphate group
to adduct formationleadto adduct formation
to lipid peroxidation in biological membranesleadingto lipid peroxidation in biological membranes
to hindrance of RNA degradationleadingto hindrance of RNA degradation
to cellular disorganization and plant deathleadingto cellular disorganization and plant death
to cell or tissue injuryleadingto cell or tissue injury
to induction of typeleadingto induction of type
of a series of nucleotidesbe composedof a series of nucleotides
more and more inflammationcausingmore and more inflammation
_ _ % of nitrogencontribute_ _ % of nitrogen
from the formation of hydrogen bonds between the base components of the nucleotides of each strandresultsfrom the formation of hydrogen bonds between the base components of the nucleotides of each strand
resistancecausesresistance
of phosphate , pentose sugar , and nitrogen based atomscomposedof phosphate , pentose sugar , and nitrogen based atoms
in invader degradation mediated by Cas proteinsresultsin invader degradation mediated by Cas proteins