設定密碼的連結已經傳送至： 日後若要存取您的購買項目，您將需要使用密碼。
免費試用：取得 10 張素材庫影像，並使用 AI 編輯工具
開始免費試用
免費試用：取得 10 張素材庫影像，並使用 AI 編輯工具
開始免費試用
已新增篩選器
排序方式：

在全部中找到 121 個「cdna」的結果

檢視 cdna影片中 (20)
cDNA 3d rendering
DNA recombinant technology. DNA, background Generative AI
RNA samples were readied in 96 well plates for real time PCR to measure gene expression With copyspace for text
The important workflow (preparation, detection and analysis) of real-time Polymerase Chain Reaction (PCR) for DNA detection that represent in the icon concept of blue and white
Scientist performing RNA amplification in laboratory
Double Helix - Two Strands Symbol of Duality and Creation
The cycles of mRNA and cDNA molecules amplification by Reverse Transcription Polymerase Chain Reaction, RT-PCR
Palmitoyl protein thioesterase, enzyme that removes thioester-linked fatty acyl groups such as palmitate from modified cysteine residues in proteins or peptides during lysosomal degradation
Full PCR cycle complete polymerase chain reaction real time pcr taq polymerase duplicating dna
00:18
Point mutation on interested gene in DNA
DNA microarrays, used, for example, in cancer research.
Scientist conducting cDNA synthesis with molecular biology equipment and genetic research elements displayed digitally
Video A detailed view of two complementary DNA strands together, often found in molecular biology research and scientific experiments
00:10
A microscopic view of two complementary DNA strands intertwined
00:05
A strand of RNA being formed with complementary nucleotides being added one by one.
00:07
Detailed Close-Up of Complementary DNA Strands - Scientific Illustration for Research and Education
Gene Expression Icons. Outline icon set of gene expression profiling: RNA-seq read counts graph, microarray chip, qPCR
Preservation of RNA integrity through RNA extraction and cDNA synthesis isolated on white background supporting gene expression analysis
Screening Xenopus Oocytes
Single nucleotide alteration in genetic material
cDNA 3d rendering
DNA microarray and gene expression analysis. DNA, background Generative AI
DNA sequence analysis using chromatogram peaks and PCR With copyspace for text
The real-time Polymerase Chain Reaction (PCR) workflow that shows important steps : Master mixes preparation, Analysis (qPCR machines), Interpretation (amplification curve).
Scientific concept of mRNA and cDNA amplification by RT PCR
An oligo DNA microarray is a DNA microarray whose probe is the chemically synthesized oligo DNA 3d animatio
00:16
Single-Cell Genomics Icons. Line style icons of Single-Cell Genomics: microfluidic chip, single-cell bead, droplet generator,
Casein kinase II subunit alpha, an enzyme which has been shown to interact with over 160 different substrates. 3d rendering
The cycles of DNA molecule amplification by polymerase chain reaction, PCR
Point mutation on interested gene in DNA
Full PCR cycle complete polymerase chain reaction real time pcr taq polymerase duplicating dna
00:39
Scientist performing RTPCR process with gene expression analysis and DNA amplification steps illustrated in modern digital graphic design
A close-up of two complementary DNA strands intertwined
00:05
A microscopic view of two complementary DNA strands forming a helix structure
A strand of RNA being formed with complementary nucleotides being added one by one
DNA sequencing chromatogram 2/6
High-magnification image of two complementary DNA strands intertwined, often used in scientific and educational contexts
Delicate RNA extraction process frozen in time: shimmering RNA strands suspended in icy solution, golden integrity checks as fractal snowflakes, and glowing cDNA synthesis under a crystal-clear hood
Ilustração da dupla hélice de DNA com filamentos brilhantes
Samples of RNA were prepared in 96 well for real-time PCR that can detect amount of specific gene expression .The reaction combines the first-strand cDNA synthesis reaction and real-time PCR reaction
cDNA 3d rendering
3 prime Rapid amplification of cDNA ends
DNA microarray and gene expression analysis. DNA, background Generative AI
The important steps of real-time Polymerase Chain Reaction (PCR) that represents Master mixes preparation, Analysis (qPCR machines) and Interpretation (amplification curve).
Scientific concept of Amplification of mRNA and cDNA by RT PCR Silhouette
CRISPR-Cas9 bound to complementary DNA 3D molecule 4K spinning
00:48
Single-Cell Genomics Icons. Line style icons of Single-Cell Genomics: microfluidic chip, single-cell bead, droplet generator,
3d render dna helix. Molecular structure. Gene expression. Complementary dna strand. Genetic code illustration. Central dogma process. Isolated bio tech illustration. Detailed 3d render. Scientific
The cycles of cDNA molecule amplification by Real time/ Quantitative polymerase chain reaction, RT-PCR or Q-PCR
Point mutation on interested gene in DNA
DNA testing polimerase test kit strand model molecule bases helix, sequencing extraction kit
Full PCR cycle complete polymerase chain reaction real time pcr taq polymerase duplicating dna
00:10
A detailed view of two complementary DNA strands
00:05
A close-up image of two complementary DNA strands twisted together
A strand of RNA being formed with complementary nucleotides being added one by one.
00:08
DNA base pairing diagram. Simple schematic vector illustration showing DNA double helix structure, complementary nucleotide pairs (A-T, G-C), sugar-phosphate backbone, and 5' to 3' directionality.
PAK3, preferentially expressed in neuronal cells and involved in synapse formation and plasticity and mental retardation. 3d rendering
360º realistic 3D rendering of an animated biological molecule over a white background with alpha mask. Solution Structure of the murine ubiquitin-like 5 protein from RIKEN cDNA 0610031K06
00:24
Ilustração da dupla hélice de DNA com filamentos brilhantes
Samples of RNA were prepared in 96 well for real-time PCR that can detect amount of specific gene expression .The reaction combines the first-strand cDNA synthesis reaction and real-time PCR reaction
cDNA 3d rendering
5 prime Rapid amplification of cDNA ends
pcr tube contain master mix solution
The three steps of Polymerase Chain Reaction (PCR) technique: Denaturation, Annealing and Extension for target DNA detection that shows the important reaction, reagent and temperature of each step.
Molecular biology line icons set – dna, lab, genetic research graphics
CRISPR-Cas9 space-filling model bound to complementary DNA 3D molecule 4K spinning
00:48
Illustration of Colony Hybridization Assay in Microbiology.
3d render of complementary DNA RNA strands. Molecular structure of genetic code. Illustration of gene expression process. Biotech concept. Abstract science illustration. Laboratory research scene.
The different stages and cycles of cDNA molecule amplification by Real time/ Quantitative Polymerase Chain Reaction, RT-PCR or Q-PCR, in a thermal cycler, 3d illustration
DNA sequencing for looking mutations
DNA testing polimerase test kit strand model molecule bases helix, sequencing extraction kit
00:13
PCR cycle sequence primers binding on DNA complete polymerase chain reaction real time pcr taq polymerase duplicating dna
00:08
Video A detailed view of two complementary DNA strands together, often found in molecular biology research and scientific experiments
00:10
A microscopic view of two complementary DNA strands coiled together, highlighting the molecular structure
The structure of the DNA molecule. Human genome as an idea. gene-modified dna or cDNA. DNA molecule in a liquid-filled test tube, conceptual drawing. Illustration of Medical Devices Generative AI
DNA base pairing diagram. Simple schematic vector illustration showing DNA double helix structure, complementary nucleotide pairs (A-T, G-C), sugar-phosphate backbone, and 5' to 3' directionality.
Tudor domain-containing protein 3, a protein that in humans is encoded by the TDRD3 gene. It contains a Tudor domain and UBA protein domain and has three distinct Protein isoforms. 3d rendering
DNA symbol
stained window made using Generative AI Technology.
Samples of RNA were prepared in 96 well for real-time PCR (polymerase chain reaction) that can detect amount of specific gene expression .
DNA Hybridization: An image depicting the hybridization of complementary DNA strands in a laboratory setting
The master mixes for real time PCR reaction in a test tube that shows the important component: DNA Primer, Probe, DNA template, Polymerase enzyme, dNTPs and buffer.
The Polymerase Chain Reaction (PCR) step to Detect the target DNA
The polymerase chain reaction (PCR) step : Denaturation, Annealing and Elongation for molecular detection
The important workflow of Real-Time PCR or quantitative Polymerase Chain Reaction Technique that including Set up, Run the reaction with machine and Result analyzing.
The workflow of real-time Polymerase Chain Reaction(PCR) that shows important step in blue and white icon concept: Set up (master mixes preparation),Run (qPCR machines),Analysis (amplification curve).
The different stages and cycles of mRNA and cDNA molecules amplification by Reverse Transcription Polymerase Chain Reaction, RT-PCR, in a thermal cycler, 3d illustration
Thermal cycler for DNA amplification by Polymerase Chain Reaction, PCR
Protein sequencing by analysis of codon sequence of DNA
A high-magnification image of two complementary DNA strands forming an X-shape
The different stages, cycles and results analysis of cDNA molecule amplification by Real time/ Quantitative Polymerase Chain Reaction, RT-PCR or Q-PCR, in a thermal cycler, 3d illustration
DNA sequence analysis by chromatogram peaks
The different stages and cycles of DNA molecule amplification by Polymerase Chain Reaction, PCR, in a thermal cycler
Protein sequencing by analysis of codon sequence of DNA
Close-up of two complementary DNA strands forming a helix structure
High-magnification image of two complementary DNA strands forming a double helix structure
A detailed view of two complementary DNA strands intertwined
00:05
Close-up image of two complementary DNA strands twisted together forming a double helix structure
DNA Strand separation durring PCR cycle polymerase chain reaction real time pcr taq polymerase duplicating dna
00:14
A detailed view of two complementary DNA strands forming a helix structure