Rna in a sentence
Synonym: nucleic acid.
Meaning: ribonucleic acid, a molecule essential for life
Rna simple sentence
- RNA helps in making proteins in our cells.
- Scientists study RNA to understand genetics.
- RNA is different from DNA in structure.
- Messenger RNA carries information from DNA.
- RNA plays a role in gene expression.
- Ribosomal RNA is essential for protein synthesis.
- Transfer RNA helps bring amino acids to ribosomes.
- RNA viruses can cause diseases in humans.
- The study of RNA is important for biotechnology.
- RNA is found in all living organisms.
- Researchers are exploring RNA for medical treatments.
- RNA can be single-stranded or double-stranded.
- The shape of RNA is crucial for its function.
- RNA can also have roles in regulating genes.
- Scientists can edit RNA to study its effects.
- RNA is used in some vaccines.
- The stability of RNA can affect its function.
- RNA can be synthesized in the lab.
- The discovery of RNA changed biology.
- RNA sequences are analyzed in genetic research.
- RNA helps translate genetic information into proteins.
- Some types of RNA can catalyze reactions.
- RNA plays a role in cellular communication.
- The structure of RNA is an area of ongoing research.
- RNA can be involved in the immune response.
- The function of RNA is complex and varied.
- RNA technology is advancing rapidly.
- Understanding RNA is key to unlocking many mysteries of life.
- RNA is involved in various cellular processes.
- Different types of RNA have different functions.
(1) The CDNAS were transcribed into RNA.
(2) Pyrimidines are found in DNA and RNA.
(3) Retroviruses are a type of RNA virus.
(4) Arenaviruses are a type of RNA virus.
(5) RNA is another type of polynucleotide.
(6) DNA and RNA are types of nucleic acid.
(7) The nucleolus is rich in RNA molecules.
(8) Ribonucleic acid is abbreviated as RNA.
(9) Adenines are found in both DNA and RNA.
(10) Pyrimidine is found in both DNA and RNA.
Rna sentence
(11) The karyon is the site of RNA synthesis.
(12) Uracil is a pyrimidine base found in RNA.
(13) The retroviral genome is composed of RNA.
(14) Uracil is a nucleotide base found in RNA.
(15) The nucleole is rich in RNA and proteins.
(16) Bunyaviruses are a family of RNA viruses.
(17) The function of barnase is to cleave RNA.
(18) DNA and RNA are examples of nucleic acids.
(19) Uracils are nucleotide bases found in RNA.
(20) Nucleoli are composed of proteins and RNA.
Rna make sentence
(21) The isotype of this virus is an RNA virus.
(22) Nuclein is a key component of DNA and RNA.
(23) Ribosomes are composed of RNA and proteins.
(24) The virus has a double-stranded RNA genome.
(25) Messenger RNA is a single-stranded molecule.
(26) This protein catalyzes the synthesis of RNA.
(27) Nucleoli are rich in RNA polymerase enzymes.
(28) The abbreviation for ribonucleic acid is RNA.
(29) The chromatoid is involved in RNA processing.
(30) The monosome is composed of RNA and proteins.
Sentence of rna
(31) The genome of retroviruses is made up of RNA.
(32) The nucleole is composed of proteins and RNA.
(33) The karyon is where RNA transcription occurs.
(34) The nucleoli are composed of proteins and RNA.
(35) Phosphorous is a key component in DNA and RNA.
(36) The cistron is transcribed into messenger RNA.
(37) The messenger RNA molecule is single-stranded.
(38) The formation of RNA requires ribonucleotides.
(39) The basepair sequence is transcribed into RNA.
(40) The enzyme autolyzes the RNA into nucleotides.
Rna meaningful sentence
(41) The chromatoid is composed of RNA and protein.
(42) Uridine is a nucleoside found in RNA molecules.
(43) Anticodons are found on transfer RNA molecules.
(44) Uracil is another pyrimidine base found in RNA.
(45) Messenger RNA is essential for gene expression.
(46) Ribonucleotides are the building blocks of RNA.
(47) RNA replication is an energy-consuming process.
(48) Ribonucleosides are the building blocks of RNA.
(49) The pyrimidine uracil pairs with adenine in RNA.
(50) RNA polymerase is composed of multiple subunits.
Rna sentence examples
(51) Cytidine is a nucleoside found in RNA molecules.
(52) Phosphorus is a constant element in DNA and RNA.
(53) RNA molecules also contain phosphodiester bonds.
(54) Adenosines are nucleotides found in DNA and RNA.
(55) ATP is required for the synthesis of RNA and DNA.
(56) Ribose is a type of sugar found in RNA molecules.
(57) The anticodon is found on transfer RNA molecules.
(58) Uracil is one of the four bases that make up RNA.
(59) Picornaviruses are a family of small RNA viruses.
(60) The rho subunit is a component of RNA polymerase.
Sentence with rna
(61) RNA replication is a complex and dynamic process.
(62) Dinucleotides can also be found in RNA molecules.
(63) GTP is involved in the synthesis of RNA molecules.
(64) An oligonucleotide is a short DNA or RNA sequence.
(65) Barnase has a high specificity for RNA substrates.
(66) Ribonucleic acid is synthesized by RNA polymerase.
(67) Nitrogens are important components of DNA and RNA.
(68) Guanos are nitrogenous bases found in DNA and RNA.
(69) The nucleoli are rich in RNA and protein molecules.
(70) The breakdown of DNA and RNA releases hypoxanthine.
Use rna in a sentence
(71) The cell-free extract contained high levels of RNA.
(72) Choline is needed for the synthesis of DNA and RNA.
(73) Adenyls are organic compounds found in DNA and RNA.
(74) Purines are organic compounds found in DNA and RNA.
(75) Reassortment is a common phenomenon in RNA viruses.
(76) RNA is another type of nucleic acid found in cells.
(77) Biochem techniques are used to analyze DNA and RNA.
(78) The ncle is the site of DNA transcription into RNA.
(79) Nucleosides are the building blocks of DNA and RNA.
(80) The nucleoid is composed of DNA, RNA, and proteins.
Sentence using rna
(81) The pentose sugar ribose is a key component of RNA.
(82) The pyrimidine thymine is replaced by uracil in RNA.
(83) Niacin is involved in the production of DNA and RNA.
(84) The sequence GCT can be transcribed into RNA as GCU.
(85) Ribosomes are composed of RNA and protein molecules.
(86) Glycine is involved in the synthesis of DNA and RNA.
(87) Biotin is required for the synthesis of DNA and RNA.
(88) Inosine is involved in the synthesis of DNA and RNA.
(89) Ribonuclease plays a crucial role in RNA metabolism.
(90) The nucleocapsid is involved in viral RNA synthesis.
Rna example sentence
(91) Leucin is required for the synthesis of DNA and RNA.
(92) Adenyl is required for the synthesis of DNA and RNA.
(93) Ethidium is often used to stain RNA in agarose gels.
(94) The virino is a small, single-stranded RNA molecule.
(95) Noncoding DNA can be transcribed into noncoding RNA.
(96) Amins are required for the synthesis of DNA and RNA.
(97) The pyrimidine cytosine is replaced by uracil in RNA.
(98) The ribozyme has the ability to cleave RNA molecules.
(99) Coenzyme is involved in the synthesis of DNA and RNA.
(100) Folate is important for the synthesis of DNA and RNA.
Sentence with word rna
(101) The polynucleotide chain can be transcribed into RNA.
(102) Uridine plays a crucial role in the synthesis of RNA.
(103) Aminos are required for the synthesis of DNA and RNA.
(104) Guanosine is an essential component of RNA molecules.
(105) The pyrimidine base pairs with purine in DNA and RNA.
(106) The rRNA molecule is transcribed by RNA polymerase I.
(107) Adenosine monophosphate is a nucleotide found in RNA.
(108) Calcium is required for the synthesis of DNA and RNA.
(109) Gly is a key building block of DNA and RNA molecules.
(110) The processus of transcription converts DNA into RNA.
Sentence of rna
(111) Thiamin is required for the synthesis of DNA and RNA.
(112) The genetic material of virusoids is composed of RNA.
(113) Adenyls are involved in the synthesis of DNA and RNA.
(114) The ribozyme is a versatile tool for RNA manipulation.
(115) Adenine is essential for the synthesis of DNA and RNA.
(116) RNA polymerase binds to DNA to initiate transcription.
(117) The protoplasmic RNA is involved in protein synthesis.
(118) The adenylic acid molecule is a building block of RNA.
(119) The genetic material of filoviruses is made up of RNA.
(120) Reductase is involved in the synthesis of DNA and RNA.
Rna used in a sentence
(121) Cobalamin is involved in the synthesis of DNA and RNA.
(122) Vitamin B is involved in the synthesis of DNA and RNA.
(123) Pyrimidine is a nitrogenous base found in DNA and RNA.
(124) Zincs are necessary for the production of DNA and RNA.
(125) Thiamin is necessary for the production of DNA and RNA.
(126) Thiamine plays a role in the production of DNA and RNA.
(127) Phosphorus is a key component in DNA and RNA molecules.
(128) Proteids are required for the synthesis of DNA and RNA.
(129) Pyridoxine is involved in the synthesis of DNA and RNA.
(130) The eucaryon is the site of DNA transcription into RNA.
Rna sentence in English
(131) The presence of deoxyribose distinguishes DNA from RNA.
(132) Hexoses are important for the synthesis of DNA and RNA.
(133) Histidine is required for the synthesis of DNA and RNA.
(134) Nucleosides are organic compounds found in DNA and RNA.
(135) Adenyls are essential for the synthesis of DNA and RNA.
(136) Ribose is a key player in the synthesis of DNA and RNA.
(137) Guanosine is a building block for the synthesis of RNA.
(138) The biolyses of RNA is necessary for protein synthesis.
(139) The biolysis of RNA is necessary for protein synthesis.
(140) The coding DNA strand is transcribed by RNA polymerase.
(141) Nitrogen is a vital component of DNA and RNA molecules.
(142) The chromatoid is a site of RNA storage and processing.
(143) Hydrolyses of RNA result in the release of nucleotides.
(144) Methylations can affect the stability of RNA molecules.
(145) Messenger RNA is transcribed in the 5' to 3' direction.
(146) RNA replication is a highly regulated process in cells.
(147) Vitamin B6 is involved in the synthesis of DNA and RNA.
(148) Barnase is a valuable tool for studying RNA metabolism.
(149) Aneurins are involved in the production of DNA and RNA.
(150) The circularized RNA was detected by Northern blotting.
(151) Uracils pair with adenines in RNA, forming a base pair.
(152) Transcriptase is an example of an RNA polymerase enzyme.
(153) Polymerase plays a crucial role in the synthesis of RNA.
(154) Vitamin B is important for the synthesis of DNA and RNA.
(155) Histidine is important for the synthesis of DNA and RNA.
(156) RNA polymerase is a target for certain viral infections.
(157) The anticodon is specific to each transfer RNA molecule.
(158) Phosphates play a crucial role in DNA and RNA synthesis.
(159) Purines are necessary for the production of DNA and RNA.
(160) Ribonuclease is used in the purification of RNA samples.
(161) Abiogenists study the role of RNA in the origin of life.
(162) Cobalamin is essential for the synthesis of DNA and RNA.
(163) The virions were found to contain a single-stranded RNA.
(164) Nuclease is involved in the processing of RNA molecules.
(165) Trinucleotides can form hairpin loops in RNA structures.
(166) Orthophosphate is an important component of DNA and RNA.
(167) Orthophosphates are important components of DNA and RNA.
(168) The function of uracils is to pair with adenines in RNA.
(169) The cell nucleus directs the synthesis of RNA molecules.
(170) Errors in RNA replication can lead to genetic mutations.
(171) The processus of translation converts RNA into proteins.
(172) Ethidium is a fluorescent dye that binds to DNA and RNA.
(173) Denatured RNA can no longer be translated into proteins.
(174) Proteins are necessary for the synthesis of DNA and RNA.
(175) Vitamin B12 is involved in the synthesis of DNA and RNA.
(176) Barnase is a useful enzyme for RNA degradation in vitro.
(177) Aspartates are involved in the synthesis of DNA and RNA.
(178) Uracil is one of the four nucleotide bases found in RNA.
(179) The open-chain form of ribose is a key component of RNA.
(180) The ribozyme can be used to target and destroy viral RNA.
(181) Uric acid is a byproduct of the breakdown of DNA and RNA.
(182) Adenine pairs with thymine in DNA and with uracil in RNA.
(183) Nicotinamide is involved in the synthesis of DNA and RNA.
(184) Messenger RNA is often referred to as the mRNA for short.
(185) Mutations in messenger RNA can lead to genetic disorders.
(186) Triphosphate is involved in the synthesis of DNA and RNA.
(187) Ribonuclease is an enzyme that breaks down RNA molecules.
(188) Ribonuclease is involved in the degradation of viral RNA.
(189) Adenylates are required for the synthesis of DNA and RNA.
(190) Folic acid is necessary for the synthesis of DNA and RNA.
(191) The reverse transcription reaction converts RNA into DNA.
(192) Ribosomal RNA molecules are highly structured and folded.
(193) The nucleo of an RNA molecule is composed of nucleotides.
(194) Galactosylated nucleotides are involved in RNA synthesis.
(195) I used the seq command to create a sequence of RNA bases.
(196) RNA replication is a fundamental step in gene expression.
(197) Nuclease is involved in the degradation of RNA molecules.
(198) Allosteries can be modulated by protein-RNA interactions.
(199) The RNS network is a global community of RNA researchers.
(200) Adenosine is a well-known nucleoside found in DNA and RNA.
(201) Messenger RNA is essential for protein synthesis in cells.
(202) Messenger RNA is synthesized by the enzyme RNA polymerase.
(203) RNA replication is a complex and highly regulated process.
(204) Telomerase is composed of both protein and RNA components.
(205) Vitamin B12 is necessary for the synthesis of DNA and RNA.
(206) Amino acids are required for the synthesis of DNA and RNA.
(207) The pentose sugar ribose is an important component of RNA.
(208) Mutations in RNA polymerase can lead to genetic disorders.
(209) The binding of RNA polymerase to DNA is a dynamic process.
(210) RNA polymerase can be regulated by chemical modifications.
(211) The genome of a retrovirus consists of RNA instead of DNA.
(212) The nucleo of a cell is where RNA is transcribed from DNA.
(213) The helices of a DNA molecule can be transcribed into RNA.
(214) The denatured DNA cannot be properly transcribed into RNA.
(215) The coding DNA strand is transcribed by RNA polymerase II.
(216) RNA replication occurs in the nucleus of eukaryotic cells.
(217) Polyamines are essential for the synthesis of DNA and RNA.
(218) The double-stranded RNA virus replicates in the host cell.
(219) Introns can be retained in certain types of RNA molecules.
(220) The genome of retrovirus is made up of RNA instead of DNA.
(221) The dinucleotide structure is essential for RNA stability.
(222) Uracils are one of the four nucleotide bases found in RNA.
(223) The process of splicing removes introns from messenger RNA.
(224) RNA replication is a target for antiviral drug development.
(225) The nucleoli are sites of RNA transcription and processing.
(226) Cytochromes are essential for the synthesis of DNA and RNA.
(227) Ribozymes have the ability to cut and splice RNA molecules.
(228) Ribose is a key component of the backbone structure of RNA.
(229) Isotopically labeled RNA was used to study gene expression.
(230) The presence of ribose is crucial for the formation of RNA.
(231) The ribose sugar in RNA forms the backbone of the molecule.
(232) Calcium phosphate is an important component of DNA and RNA.
(233) Adenines can form base pairs with uracils in RNA molecules.
(234) Ribosomal RNA molecules are transcribed from DNA templates.
(235) Ribosomal subunits contain both protein and RNA components.
(236) Nuclease enzymes are essential for DNA and RNA degradation.
(237) The nucleole is responsible for synthesizing ribosomal RNA.
(238) Nonheme iron is necessary for the synthesis of DNA and RNA.
(239) The base pair adenine-thymine is found in both DNA and RNA.
(240) Phosphodiester linkages connect nucleotides in DNA and RNA.
(241) The genome of some viruses consists of single-stranded RNA.
(242) The nucleoid is composed of DNA, RNA, and various proteins.
(243) Uracil is a pyrimidine base that pairs with adenine in RNA.
(244) The modification of ribonucleosides can alter RNA function.
(245) Hypoxanthine is a purine base that is found in DNA and RNA.
(246) The nucleoli are responsible for synthesizing ribosomal RNA.
(247) GTP is required for the function of certain RNA polymerases.
(248) RNA polymerase is highly conserved across different species.
(249) The aldose sugar ribose is a key component of RNA molecules.
(250) NADPH is required for the synthesis of DNA and RNA in cells.
(251) Purine derivatives are used in the synthesis of DNA and RNA.
(252) Ribonuclease is involved in the degradation of RNA in cells.
(253) Anabolisms are responsible for the synthesis of DNA and RNA.
(254) Nitrogen is a key component in the formation of DNA and RNA.
(255) Messenger RNA is responsible for protein synthesis in cells.
(256) Messenger RNA is translated into a protein by the ribosomes.
(257) Retroviruses have the ability to convert their RNA into DNA.
(258) Agranulocytes are able to recognize and destroy foreign RNA.
(259) RNA polymerase can be inhibited by certain drugs and toxins.
(260) The double-stranded DNA molecule can be transcribed into RNA.
(261) The ribosome is composed of multiple ribosomal RNA molecules.
(262) The nucleoli are involved in the processing of ribosomal RNA.
(263) Redox reactions are involved in the synthesis of DNA and RNA.
(264) RNA polymerase can be targeted for therapeutic interventions.
(265) Pyrophosphates are essential in the synthesis of DNA and RNA.
(266) Nicotinic acid is important for the synthesis of DNA and RNA.
(267) Polymerases are essential for the synthesis of RNA molecules.
(268) Intragenic variations can affect splicing of RNA transcripts.
(269) Pantothenic acid is involved in the synthesis of DNA and RNA.
(270) Retroviral reverse transcriptase converts viral RNA into DNA.
(271) The lysate was treated with RNase to degrade any RNA present.
(272) Alkylated phosphates are important components of DNA and RNA.
(273) The replicon is responsible for the replication of viral RNA.
(274) Amanitin is a cyclic peptide that binds to RNA polymerase II.
(275) Denatured RNA loses its ability to carry genetic information.
(276) Mercaptoethanol is a common ingredient in RNA isolation kits.
(277) Viroids are small, circular RNA molecules that infect plants.
(278) The RNA samples were electrophoresed to analyze their purity.
(279) Phosphorylated nucleotides are building blocks of DNA and RNA.
(280) Azote is an important element in the formation of DNA and RNA.
(281) RNA replication is a fundamental process in molecular biology.
(282) The genomes of some viruses are made up of RNA instead of DNA.
(283) Vitamin B complex is involved in the synthesis of DNA and RNA.
(284) The activity of RNA polymerase is crucial for gene expression.
(285) The eucaryon is the site of DNA replication and RNA synthesis.
(286) The function of uracil in RNA is to help in protein synthesis.
(287) Phospho is a vital component in the production of DNA and RNA.
(288) The genome of a retrovirus is composed of single-stranded RNA.
(289) Trinucleotides can form secondary structures in RNA molecules.
(290) Denaturing DNA can prevent it from being transcribed into RNA.
(291) The messenger RNA molecule is transcribed from a DNA template.
(292) The nucleoplasm is involved in the synthesis of RNA molecules.
(293) Ribonucleotide is a type of nucleotide found in RNA molecules.
(294) The enzyme RNA polymerase plays a key role in RNA replication.
(295) The circularized RNA was resistant to exonuclease degradation.
(296) Cytidine triphosphate is used in the synthesis of RNA and DNA.
(297) Folacin plays a crucial role in the production of DNA and RNA.
(298) The researcher is quantitating the amount of RNA in the sample.
(299) Transcriptase is essential for the production of messenger RNA.
(300) Messenger RNA is involved in the regulation of gene expression.
(301) Deproteinize is often performed prior to DNA or RNA extraction.
(302) The reverse transcriptase converts the retroviral RNA into DNA.
(303) Resuspend plasma gently to avoid shearing DNA or RNA molecules.
(304) Monosaccharides are important for the synthesis of DNA and RNA.
(305) The genetic material of bacteriophage can be either DNA or RNA.
(306) Adenylate plays a crucial role in the synthesis of DNA and RNA.
(307) Ribonucleotides are essential building blocks of RNA molecules.
(308) Aspartate plays a crucial role in the synthesis of DNA and RNA.
(309) Insertional mutagenesis can disrupt the normal splicing of RNA.
(310) Messenger RNA is essential for the proper functioning of cells.
(311) Adenosine diphosphate is an essential component of DNA and RNA.
(312) Rifamycins work by inhibiting the synthesis of RNA in bacteria.
(313) Adenines are important for the proper folding of RNA molecules.
(314) The circularized RNA was used for in vitro translation studies.
(315) Phosphorous is an essential component of DNA and RNA molecules.
(316) The activity of RNA polymerase is regulated by various factors.
(317) The ribozyme can be engineered to target specific RNA sequences.
(318) Zinc is necessary for the production of DNA and RNA in the body.
(319) Denaturing can be used to denature RNA and inhibit its function.
(320) Monophosphate is an important component in the synthesis of RNA.
(321) RNA replication is essential for the propagation of RNA viruses.
(322) RNA replication is a key step in the life cycle of retroviruses.
(323) Triphosphate is a common building block in the synthesis of RNA.
(324) RNA polymerase is an essential enzyme involved in transcription.
(325) Hypoxanthine is a key component in the synthesis of DNA and RNA.
(326) Intron sequences are removed during the process of RNA splicing.
(327) Micrornas are small RNA molecules that regulate gene expression.
(328) Ribonucleosides are essential building blocks for RNA synthesis.
(329) Ribonucleosides are commonly found in nucleic acids such as RNA.
(330) Each anticodon corresponds to a specific codon on messenger RNA.
(331) The base pair adenine-uracil is found in RNA instead of thymine.
(332) Vitamin B complex is necessary for the synthesis of DNA and RNA.
(333) Retroviral RNA is packaged into viral particles during assembly.
(334) Phos is an essential component in the production of DNA and RNA.
(335) Replicases are responsible for copying RNA into new RNA strands.
(336) The RNA samples were electrophoresed to analyze their integrity.
(337) Ribozymes are being used to develop new methods for RNA analysis.
(338) Ribozymes are being used to study the evolution of RNA molecules.
(339) The structural gene is transcribed into a primary RNA transcript.
(340) The body requires aspartic acid for the synthesis of DNA and RNA.
(341) Ribozymes are RNA molecules that can catalyze chemical reactions.
(342) The poliovirus genome consists of a single-stranded RNA molecule.
(343) Fluorimetric techniques are employed in the study of DNA and RNA.
(344) Uridine is an important building block for the production of RNA.
(345) Uracil is essential for the proper functioning of RNA polymerase.
(346) The structure of ribonuclease allows it to bind to RNA molecules.
(347) Ribosomal proteins interact with transfer RNA during translation.
(348) Triose is a necessary component for the synthesis of DNA and RNA.
(349) Isopycnic banding can be used to separate different forms of RNA.
(350) The discovery of uracils revolutionized our understanding of RNA.
(351) The binding of uracils to cytosines is important for RNA folding.
(352) The role of uracils in RNA editing is still not fully understood.
(353) Dinucleotides can form secondary structures within RNA molecules.
(354) Messenger RNA is synthesized during the process of transcription.
(355) The messenger RNA molecule is relatively short-lived in the cell.
(356) Messenger RNA is involved in the process of alternative splicing.
(357) The protein molecule is involved in the synthesis of DNA and RNA.
(358) The function of nucleoli is to produce and process ribosomal RNA.
(359) Triose is an essential component in the formation of DNA and RNA.
(360) Ribonucleotides are essential for the replication of RNA viruses.
(361) Diphosphate is a key component in the synthesis of RNA molecules.
(362) The fluorimeter is an essential tool in the study of DNA and RNA.
(363) The plasmid is being used to study the function of non-coding RNA.
(364) Ethidium is not specific to DNA and can also intercalate with RNA.
(365) RNA replication is a conserved process across different organisms.
(366) Electrophoresis can be used to separate and analyze RNA molecules.
(367) The anticodon is located on the loop of the transfer RNA molecule.
(368) Cytidine is involved in the synthesis of RNA during transcription.
(369) Ribosomal RNA molecules are composed of multiple smaller subunits.
(370) Ribosomal RNA molecules are highly conserved throughout evolution.
(371) Ribosomal proteins interact with messenger RNA during translation.
(372) Polymerases are essential for the transcription of genes into RNA.
(373) The intragenic region contains important non-coding RNA sequences.
(374) Lysogenicity is a phenomenon observed in both DNA and RNA viruses.
(375) The demethylation of RNA can affect its stability and translation.
(376) Zincs are necessary for the production of DNA and RNA in the body.
(377) RNA replication is an essential step in the life cycle of viruses.
(378) RNA polymerases are involved in the transcription of DNA into RNA.
(379) Denatured RNA can no longer be transcribed into complementary DNA.
(380) Introns can be used to study the role of non-coding RNA molecules.
(381) The open-chain form of ribose is a five-carbon sugar found in RNA.
(382) The genome of orthomyxovirus is composed of eight segments of RNA.
(383) The Alu element is thought to have originated from a 7SL RNA gene.
(384) Virusoids are small, circular RNA molecules that resemble viruses.
(385) The circularized RNA was used as a template for PCR amplification.
(386) Picornaviruses are a family of small, single-stranded RNA viruses.
(387) Liposomes can be used to encapsulate DNA and RNA for gene therapy.
(388) Ribonucleic acid is synthesized by enzymes called RNA polymerases.
(389) RNS is a key player in the development of new RNA-based therapies.
(390) The discovery of ribozymes revolutionized our understanding of RNA.
(391) The ribozyme is an important component of the RNA world hypothesis.
(392) Azotising is an essential process for the synthesis of DNA and RNA.
(393) RNA polymerase is an essential component of the cellular machinery.
(394) Galactosylated nucleotides are important for DNA and RNA synthesis.
(395) Nucleolar RNA processing is a complex and highly regulated process.
(396) Noncoding RNA molecules are involved in various cellular processes.
(397) The anticodon loop is a distinct feature of transfer RNA molecules.
(398) The biolysis of RNA by ribonucleases is important for RNA turnover.
(399) The coding DNA strand is transcribed into functional RNA molecules.
(400) Polyamines are involved in the formation of DNA and RNA structures.
(401) The replicase enzyme is responsible for synthesizing new viral RNA.
(402) The octamer complex recruits RNA polymerase to the promoter region.
(403) Denaturing of RNA can be achieved by exposure to certain chemicals.
(404) Retroviral RNA is reverse transcribed into DNA by the viral enzyme.
(405) The sequence of ribonucleotides determines the genetic code in RNA.
(406) Fos is a key component of DNA and RNA, the building blocks of life.
(407) Uridine is a nucleoside that plays a crucial role in RNA synthesis.
(408) The presence of nuclease can affect the stability of RNA molecules.
(409) Pyrophosphate is a vital component in the formation of DNA and RNA.
(410) The dinucleotide sequence can affect the stability of RNA molecules.
(411) Messenger RNA is constantly being synthesized and degraded in cells.
(412) Pyrophosphate is a key intermediate in the synthesis of DNA and RNA.
(413) Essential amino acids are required for the synthesis of DNA and RNA.
(414) The presence of ribose in a sample can indicate the presence of RNA.
(415) Ribose is important for the stability and function of RNA molecules.
(416) The activity of RNA polymerase can be influenced by various factors.
(417) Monosaccharide is a crucial element in the formation of DNA and RNA.
(418) The activity of transposons can be regulated by small RNA molecules.
(419) Pteroylglutamic acid is necessary for the production of DNA and RNA.
(420) Ribonuclease is an important tool for studying RNA-related diseases.
(421) The function of ribonuclease is essential for RNA turnover in cells.
(422) Coding DNA is transcribed into messenger RNA during gene expression.
(423) Ribosomal RNA molecules are processed and modified in the nucleolus.
(424) Pentoses are important components of nucleic acids like DNA and RNA.
(425) Water-soluble vitamins are crucial for the formation of DNA and RNA.
(426) Potassium is involved in breaking down and synthesizing DNA and RNA.
(427) The coding DNA region is transcribed into a functional RNA molecule.
(428) RNA is another type of polynucleotide involved in protein synthesis.
(429) The transcriptional process involves the conversion of DNA into RNA.
(430) The initiation of RNA replication requires specific protein factors.
(431) RNA replication is a key step in the replication of certain viruses.
(432) The rotaviral genome consists of 11 segments of double-stranded RNA.
(433) The divalent ion nickel is involved in the synthesis of DNA and RNA.
(434) The flavivirus genome is composed of a single-stranded RNA molecule.
(435) The subcellular localization of RNA molecules affects their function.
(436) Dynein is involved in the transport of RNA molecules within the cell.
(437) The introns array contains valuable information about RNA processing.
(438) The structural gene is transcribed into a complementary RNA sequence.
(439) Phosphodiester linkages connect nucleotides in a DNA or RNA sequence.
(440) The transcriptome is a collection of all the RNA molecules in a cell.
(441) Ribozymes have been used to target and inhibit viral RNA replication.
(442) RNA polymerase plays a key role in the regulation of gene expression.
(443) RNA polymerase can recognize specific DNA sequences called promoters.
(444) RNA polymerase transcribes the genetic information from DNA into RNA.
(445) The anticodon recognizes and binds to the codon on the messenger RNA.
(446) Hypoxanthine is a nitrogenous base that is found in both DNA and RNA.
(447) Phosphorate is an essential process in the production of DNA and RNA.
(448) Nucleic acid probes are used to detect specific DNA or RNA sequences.
(449) Reassortment is a process that can occur in both RNA and DNA viruses.
(450) The coding DNA sequence is transcribed into a primary RNA transcript.
(451) The coding DNA sequence is transcribed into a messenger RNA molecule.
(452) Intranuclear compartments facilitate the processing of RNA molecules.
(453) Errors in RNA replication can lead to genetic mutations and diseases.
(454) The biolysis of RNA results in the release of nucleotides and ribose.
(455) Filovirus is a type of RNA virus that has a unique filamentous shape.
(456) The RNS system is a popular method for analyzing RNA sequencing data.
(457) The ribozyme can be used to target and degrade specific RNA molecules.
(458) ACG is a sequence that is transcribed into RNA during gene expression.
(459) Messenger RNA is transcribed from a specific gene on the DNA molecule.
(460) The translation of messenger RNA into protein occurs at the ribosomes.
(461) Diphosphate is an essential component in the synthesis of DNA and RNA.
(462) Adenosine diphosphate is a precursor for the synthesis of RNA and DNA.
(463) Noncoding RNA molecules can be targeted for therapeutic interventions.
(464) Replicative enzymes play a key role in the replication of RNA viruses.
(465) Mononucleotide molecules are essential building blocks of DNA and RNA.
(466) Biomolecular studies have revealed the role of RNA in gene regulation.
(467) The presence of deoxyribose allows for DNA to be transcribed into RNA.
(468) Bioinformatic algorithms are used to predict RNA secondary structures.
(469) Ribonuclease is involved in the processing of precursor RNA molecules.
(470) The biolysis of RNA by RNAse enzymes is important for gene regulation.
(471) The modification of uracils can affect the stability of RNA molecules.
(472) The coding DNA segment is transcribed into a complementary RNA strand.
(473) The rate of RNA replication can vary depending on cellular conditions.
(474) Ribozyme has been used to study the role of RNA in the origin of life.
(475) Ribozyme can be used to engineer RNA molecules with desired functions.
(476) The estimated number of possible RNA sequences is in the quadrillions.
(477) The double-stranded RNA virus can cause severe respiratory infections.
(478) Introns are transcribed into RNA but are not translated into proteins.
(479) The circularized RNA was used as a template for reverse transcription.
(480) The nucleocapsid of the HIV virus contains the viral RNA and proteins.
(481) RNA polymerase is responsible for synthesizing RNA from DNA templates.
(482) RNA polymerase is essential for gene expression and cellular function.
(483) Noncoding RNA molecules can act as decoys to regulate gene expression.
(484) Cytidine monophosphate is a precursor to the synthesis of RNA and DNA.
(485) The function of dinucleotides in RNA molecules is still being explored.
(486) The ribozyme is a powerful tool for studying RNA folding and structure.
(487) Reverse transcriptase is an example of an RNA-dependent DNA polymerase.
(488) The letter A is used to indicate the start of a sequence in DNA or RNA.
(489) The fidelity of RNA polymerase is important for accurate transcription.
(490) The activity of RNA polymerase can be modulated by regulatory proteins.
(491) RNA polymerase can initiate transcription at specific sites on the DNA.
(492) The role of uracil in RNA is to pair with adenine during transcription.
(493) Uracil is a key component in the formation of RNA secondary structures.
(494) Ribonucleosides can be used as markers to track RNA synthesis in cells.
(495) Nonnitrogenous nutrients are required for the synthesis of DNA and RNA.
(496) Ribozymes are involved in the processing of RNA molecules within cells.
(497) The breakdown of calcium is necessary for the synthesis of DNA and RNA.
(498) The exonuclease activity of certain proteins can degrade RNA molecules.
(499) Messenger RNA is subject to various post-transcriptional modifications.
(500) The intranuclear space is where transcription and RNA processing occur.
(501) Reverse transcribe the template RNA to obtain a complementary DNA copy.
(502) The pseudogene is transcribed into RNA but not translated into protein.
(503) Agarose gels can be used to separate RNA molecules based on their size.
(504) Pentoses are important components of nucleic acids such as DNA and RNA.
(505) Viroids are composed of a single strand of RNA and lack a protein coat.
(506) RNA polymerase is an enzyme that plays a crucial role in transcription.
(507) Mutations in RNA polymerase can lead to various diseases and disorders.
(508) The RNA translocates from the nucleus to the cytoplasm for translation.
(509) The exon is the coding region of the gene that is transcribed into RNA.
(510) The ribozyme can be used to modify RNA molecules in a controlled manner.
(511) Ribozymes have the potential to be used as biosensors for RNA detection.
(512) The viroid's RNA molecule is highly stable and resistant to degradation.
(513) Messenger RNA is a key player in the central dogma of molecular biology.
(514) The process of transcription requires the involvement of RNA polymerase.
(515) Safranines are known for their ability to bind to DNA and RNA molecules.
(516) Esterified phosphates are important components of DNA and RNA molecules.
(517) Ribonucleic acid can be targeted by RNA interference for gene silencing.
(518) The cell nucleus is the site of transcription, where RNA is synthesized.
(519) The double strand of DNA is transcribed into RNA during gene expression.
(520) Reverse transcribe the RNA sequence into its complementary DNA sequence.
(521) Ribozyme is a type of RNA molecule that can catalyze chemical reactions.
(522) The toxicity of amanitin is due to its ability to inhibit RNA synthesis.
(523) Adenosine and guanosine are two common nucleosides found in DNA and RNA.
(524) Denaturising the RNA will prevent it from being translated into protein.
(525) The molecular structure of RNA determines its role in protein synthesis.
(526) The DNA in our cells is constantly being transcribed into RNA molecules.
(527) The function of adenines in RNA is different from their function in DNA.
(528) Polynucleotides are long chains of nucleotides that make up DNA and RNA.
(529) Acrocentric chromosomes are involved in the production of ribosomal RNA.
(530) The ribozyme can be used to study the function of specific RNA molecules.
(531) Ribozymes have been used to study the role of RNA in disease development.
(532) The stability of messenger RNA can be influenced by RNA-binding proteins.
(533) Amanitin is known for its potent inhibitory effects on RNA polymerase II.
(534) Phosphodiester is a type of chemical bond found in DNA and RNA molecules.
(535) The endosarc is involved in the synthesis of DNA and RNA within the cell.
(536) Ribozymes have been used to study the function of specific RNA molecules.
(537) Antisense RNA interference is a powerful tool for studying gene function.
(538) Nucleolar RNA processing defects can result in altered protein synthesis.
(539) Noncoding RNA molecules can interact with chromatin remodeling complexes.
(540) The discovery of uracil was a significant milestone in understanding RNA.
(541) Ribozymes have been used to study the function of specific RNA sequences.
(542) Ribozymes have been used to study the role of RNA in the immune response.
(543) The isopycnic method allows for the separation of different forms of RNA.
(544) The modification of uracils can affect the efficiency of RNA translation.
(545) The interaction between uracils and adenines is crucial for RNA splicing.
(546) The coding DNA strand is transcribed into a single-stranded RNA molecule.
(547) Messenger RNA is highly unstable and can be rapidly degraded in the cell.
(548) The fidelity of RNA replication is maintained by proofreading mechanisms.
(549) The stability of RNA molecules is also dependent on phosphodiester bonds.
(550) Reverse transcribe the RNA template using a reverse transcriptase enzyme.
Rna meaning
RNA, short for ribonucleic acid, is a vital molecule found in all living organisms. It plays a crucial role in various biological processes, including protein synthesis, gene regulation, and the transmission of genetic information. Understanding how to use the word "RNA" or the phrase "ribonucleic acid" in a sentence can enhance your scientific communication skills and help you convey complex concepts effectively. Here are some tips on incorporating this term into your writing:
1. Define RNA: When introducing the term "RNA" or "ribonucleic acid" in your sentence, provide a brief definition to ensure clarity.
For example, "RNA, a nucleic acid molecule, is responsible for transmitting genetic information in many organisms."
2. Contextualize RNA: To enhance understanding, provide context by mentioning the specific biological process or function associated with RNA. For instance, "During transcription, RNA molecules are synthesized from DNA templates."
3. Use RNA as a subject: Utilize RNA as the subject of your sentence to highlight its role in a particular process.
For example, "RNA molecules regulate gene expression by binding to specific DNA sequences."
4. Describe RNA's structure: Elaborate on the structure of RNA to provide a comprehensive explanation. For instance, "RNA consists of a single-stranded chain of nucleotides, each containing a sugar, a phosphate group, and one of four nitrogenous bases: adenine, cytosine, guanine, or uracil."
5. Highlight RNA's importance: Emphasize the significance of RNA in biological systems to underscore its relevance.
For example, "RNA is crucial for the synthesis of proteins, which are essential for the structure and function of cells."
6. Compare RNA to DNA: Draw comparisons between RNA and DNA to highlight their similarities or differences. For instance, "Unlike DNA, RNA is typically single-stranded and contains the base uracil instead of thymine."
7. Discuss RNA's role in specific processes: Explore how RNA participates in various biological processes, such as translation, splicing, or RNA interference.
For example, "During translation, RNA molecules serve as templates for the synthesis of proteins."
8. Mention RNA-based technologies: Discuss the applications of RNA-based technologies, such as RNA interference or RNA sequencing, to showcase the practical implications of studying RNA. For instance, "RNA interference allows researchers to selectively silence genes, providing insights into their functions."
9. Provide examples: Incorporate specific examples to illustrate the usage of RNA in different contexts. For instance, "In humans, transfer RNA (tRNA) molecules assist in the translation of genetic information into proteins."
10. Use RNA in scientific discussions: When engaging in scientific discussions or debates, employ the term "RNA" or "ribonucleic acid" to ensure precision and accuracy. This demonstrates your understanding of the topic and enhances your credibility.
In conclusion, mastering the usage of the word "RNA" or the phrase "ribonucleic acid" in sentences is essential for effective scientific communication. By following these tips, you can confidently incorporate this term into your writing, providing clarity and enhancing your ability to convey complex biological concepts.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Rna. They do not represent the opinions of TranslateEN.com.