DNA to mRNA or Aminoacids API is a powerful tool that allows users to easily convert DNA sequences into their corresponding mRNA and amino acid sequences. This API is an essential resource for molecular biology research and genetic engineering applications.
DNA, mRNA, and amino acids are the building blocks of life, and understanding the relationship between them is critical to understanding how living organisms work. The API allows users to input a DNA sequence and convert it into its corresponding mRNA sequence, and then into its corresponding amino acid sequence. This process is called transcription and translation and is a fundamental process in molecular biology and genetic engineering.
The API is user-friendly and easy to use and can be integrated into a variety of applications. It can be used by researchers to analyze genetic data, by biotech companies to design new proteins, and by medical researchers to study genetic diseases. Additionally, it can be used by students to learn about molecular biology and genetics, and by educators to create educational resources.
Overall, the DNA to mRNA or Aminoacids API is an invaluable tool for anyone interested in molecular biology, genetics, and biotechnology. It provides an easy and efficient way to convert DNA sequences into their corresponding mRNA and amino acid sequences, making it an essential resource for research, education, and innovation.
Pass the DNA sequence of your choice, and receive the translated sequence for your use.
Molecular biology research: The API can be used by researchers to analyze genetic data, such as identifying genes and understanding the function of different proteins.
Genetic engineering: Biotech companies can use the API to design new proteins, such as enzymes or antibodies, by converting DNA sequences into the corresponding amino acid sequences.
Medical research: Medical researchers can use the API to study genetic diseases, such as identifying mutations in genes and understanding how they lead to disease.
Drug development: Pharmaceutical companies can use the API to design new drugs by converting DNA sequences into the corresponding amino acid sequences of target proteins.
Educational resources: Educators can use the API to create educational resources, such as interactive simulations and quizzes that teach students about molecular biology and genetics.
Biotechnology startups: Startups in the field of biotechnology can use the API to develop new products and services, such as diagnostic tests or gene therapy.
Besides API call limitations per month, there are no other limitations.
Convert your DNA sequences to mRNA.
DNA to mRNA - Endpoint Features
Object | Description |
---|---|
dna |
[Required] The DNA sequence to transform into an mRNA sequence. |
{"mRNA":"AUGUUUCCGAUUGCAGGAUCUCGAUAA","dna":"TACAAAGGCTAACGTCCTAGAGCTATT"}
curl --location --request GET 'https://zylalabs.com/api/965/dna+to+mrna+or+aminoacids+api/792/dna+to+mrna?dna=TACAAAGGCTAACGTCCTAGAGCTATT' --header 'Authorization: Bearer YOUR_API_KEY'
Transform a DNA sequence into a sequence of Amino Acids
DNA to Amino Acid - Endpoint Features
Object | Description |
---|---|
dna |
[Required] The DNA sequence used for the transformation to Amino Acids |
{"aminoAcids":[{"order":0,"letter":"M","abbreviation":"Met","name":"Methionine","type":"Start"},{"order":1,"letter":"F","abbreviation":"Phe","name":"Phenylalanine","type":"Common"},{"order":2,"letter":"P","abbreviation":"Pro","name":"Proline","type":"Common"},{"order":3,"letter":"I","abbreviation":"Ile","name":"Isoleucine","type":"Common"},{"order":4,"letter":"A","abbreviation":"Ala","name":"Alanine","type":"Common"},{"order":5,"letter":"G","abbreviation":"Gly","name":"Glycine","type":"Common"},{"order":6,"letter":"S","abbreviation":"Ser","name":"Serine","type":"Common"},{"order":7,"letter":"R","abbreviation":"Arg","name":"Arginine","type":"Common"},{"order":8,"letter":"Stop","abbreviation":"STOP","name":"Stop","type":"Stop"}]}
curl --location --request GET 'https://zylalabs.com/api/965/dna+to+mrna+or+aminoacids+api/793/dna+to+amino+acid?dna=TACAAAGGCTAACGTCCTAGAGCTATT' --header 'Authorization: Bearer YOUR_API_KEY'
Transform an mRNA sequence into a sequence of Amino Acids.
mRNA to Amino Acids - Endpoint Features
Object | Description |
---|---|
mRNA |
[Required] the mRNA sequence used to find the Amino Acid sequence. |
{"aminoAcids":[{"order":0,"letter":"M","abbreviation":"Met","name":"Methionine","type":"Start"},{"order":1,"letter":"F","abbreviation":"Phe","name":"Phenylalanine","type":"Common"},{"order":2,"letter":"P","abbreviation":"Pro","name":"Proline","type":"Common"},{"order":3,"letter":"I","abbreviation":"Ile","name":"Isoleucine","type":"Common"},{"order":4,"letter":"A","abbreviation":"Ala","name":"Alanine","type":"Common"},{"order":5,"letter":"G","abbreviation":"Gly","name":"Glycine","type":"Common"},{"order":6,"letter":"S","abbreviation":"Ser","name":"Serine","type":"Common"},{"order":7,"letter":"R","abbreviation":"Arg","name":"Arginine","type":"Common"},{"order":8,"letter":"Stop","abbreviation":"STOP","name":"Stop","type":"Stop"}]}
curl --location --request GET 'https://zylalabs.com/api/965/dna+to+mrna+or+aminoacids+api/794/mrna+to+amino+acids?mRNA=AUGUUUCCGAUUGCAGGAUCUCGAUAA' --header 'Authorization: Bearer YOUR_API_KEY'
This endpoint transforms an mRNA sequence to its DNA sequence equivalent.
mRNA to DNA - Endpoint Features
Object | Description |
---|---|
mRNA |
[Required] The mRNA sequence as a string of letters. |
{"mRNA":"UACGUACG","dna":"ATGCATGC"}
curl --location --request GET 'https://zylalabs.com/api/965/dna+to+mrna+or+aminoacids+api/795/mrna+to+dna?mRNA=UACGUACG' --header 'Authorization: Bearer YOUR_API_KEY'
Header | Description |
---|---|
Authorization
|
[Required] Should be Bearer access_key . See "Your API Access Key" above when you are subscribed. |
No long-term commitment. Upgrade, downgrade, or cancel anytime. Free Trial includes up to 50 requests.
Each endpoint returns specific biological sequence data. The "DNA to mRNA" endpoint returns the corresponding mRNA sequence, while the "DNA to Amino Acids" and "mRNA to Amino Acids" endpoints return sequences of amino acids. The "mRNA to DNA" endpoint provides the original DNA sequence from the mRNA input.
The key fields include "mRNA" for mRNA sequences, "aminoAcids" which is an array containing details like "letter," "abbreviation," "name," and "type" for each amino acid, and "dna" for the DNA sequence. These fields provide essential information for understanding the biological context.
The response data is structured in JSON format. For amino acids, it includes an array with objects detailing each amino acid's properties. For mRNA and DNA, the response contains a single string representing the sequence. This organization allows for easy parsing and integration into applications.
Each endpoint provides specific conversions: the "DNA to mRNA" endpoint offers the mRNA sequence, the "DNA to Amino Acids" and "mRNA to Amino Acids" endpoints provide amino acid sequences, and the "mRNA to DNA" endpoint returns the original DNA sequence. This functionality supports various biological analyses.
The primary parameter for each endpoint is the DNA or mRNA sequence input. Users can customize their requests by providing valid nucleotide sequences. Each endpoint expects a correctly formatted sequence to ensure accurate conversions.
Users can utilize the returned data for various applications, such as analyzing genetic sequences, designing proteins, or educational purposes. For example, the amino acid sequences can be used in protein modeling, while mRNA sequences can aid in understanding gene expression.
Typical use cases include molecular biology research for gene analysis, genetic engineering for protein design, and medical research for studying genetic diseases. Educators may also use the API to create interactive learning tools for students in genetics.
Data accuracy is maintained through established biological principles of transcription and translation. The API relies on standard genetic codes to ensure that conversions from DNA to mRNA and amino acids are consistent with scientific knowledge, providing reliable outputs for users.
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