Fluorescently labelled mRNA

See where the mRNA is going, because it is brightly glowing.

Fluorescently labelled RNA is perfect for proving intra-cellular delivery, bio-distribution of the mRNA itself or the intactness of the delivery vehicle.

Fluorescent labels can be incorporated with various properties to match your experimental need & imaging possibilities:

various colors (blue to near-infra-red)
customizable labelling degree
pH-sensitivity
photo-stability/photo-bleachable
quenchable

Any sequence can be labelled; including any custom RNA that you order through our custom RNA synthesis service. Since the sequences are perfectly the same, you have the most perfect control possible. In addition to labelling of your custom mRNA, we offer several off-the-shelf mRNAs with fluorescent-labelling; affordable and quick.

Did not find what you where looking for? Contact us, and we make something special for you!

0+ brilliant colors to choose from. From blue to NIR.

0% of total nucleotides can be labelled. Weak to Ultra-bright.

0€ is our low starting price for fluorescent-label RNA.

Standard available colors to label RNA

The RNAssembler™ STARTER-fluorescence

under construction

The RNAssembler™ PRO-fluorescence

Number of RNA requested*
Please enter a number from 1 to 10.
Enter the number of RNA sequences that you like to get quoted. This number can always be adjusted.

Custom RNA 1
Name RNA 1*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 2
Name RNA 2*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 3
Name RNA 3*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 4
Name RNA 4*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 5
Name RNA 5*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 6
Name RNA 6*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 7
Name RNA 7*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 8
Name RNA 8*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 9
Name RNA 9*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Custom RNA 10
Name RNA 10*
Fluorescent label*
Please select the fluorescent label of your choice
Labelling degree (%)*
0-25% labelling possible. Typical amount is 6.25% (25% of UTP labelled), which has sufficient labelling for microscopy, FACS and other in vitro applications. Low dose in vivo bio-distribution studies benefit from a higher labelling degree. Labelling has a negative effect on translation.
Please enter a number from 0 to 25.
Capping*
If protein expression is desired, select capping method. If high expression is desired, select labelled material to be dephosphorylated and order the same sequence as unlabeled and capped product. Then mix the labeled and unlabeled products in a defined ratio.
- No
- No, but do dephosphorylation
- Yes
Amount of RNA*
Nucleotide sequence*
Only A, C, T, U, G are allowed

Name*
Email*
Additional details*
If you fill in additional details (2min), you will receive a more complete quotation and we do not need to contact you again about shipping or invoicing.
- I provide additional details now
- I provide additional details later
Institution and group*
Shipping address*
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Additional info for shipping (room, etc.)
Any additional information that needs to be included on the shipping label to make sure it arrives at the right person.
Email address for invoices*
VAT number of institution

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Order off-the-shelf fluorescent-labelled RNA

under construction

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