| BBa_K4693000 |
DNA |
This 44-mer serotonin aptamer is a single-stranded DNA molecule that binds to the neurotransmitter serotonin with high affinity and specificity.
|
44 |
| BBa_K4693001 |
Coding |
This Gs alpha subunit is a part of the heteromeric G protein family Gs that activates the adenylyl cyclase in the cAMP-dependent pathways. |
1212 |
| BBa_K4693002 |
DNA |
This 85-mer cortisol aptamer is a single-stranded DNA molecule that is 84 nucleotides long. |
84 |
| BBa_K4693003 |
DNA |
This truncated cortisol aptamer 14-mer was derived from a 60-mer cortisol aptamer. |
14 |
| BBa_K4693004 |
DNA |
This is a short complementary DNA sequence that binds to 85-mer Cortisol aptamer (BBa_K4693004). |
40 |
| BBa_K4693005 |
DNA |
This is a short complementary DNA sequence that binds to our 85-mer Cortisol aptamer (BBa_K4693002). |
15 |
| BBa_K4693006 |
DNA |
This is a short complementary DNA sequence that binds to the 44-mer serotonin aptamer (BBa_K4693000). |
20 |
| BBa_K4693007 |
DNA |
This is a short complementary DNA sequence that binds to our 44-mer serotonin aptamer (BBa_K4693000). |
12 |
| BBa_K4693008 |
DNA |
This is a short complementary DNA sequence that binds to our 14-mer truncated cortisol aptamer (BBa_K4693008). |
10 |
| BBa_K4693009 |
DNA |
Sequence A is a 22-nucleotide-long single-stranded DNA oligo, with regions that are complementary to sequence C, sequence B and the miRNA 132. |
63 |
| BBa_K4693010 |
DNA |
Sequence A is a 22-nucleotide-long single-stranded DNA oligo with regions that are complementary to sequence C, sequence A and the miRNA 124. |
60 |
| BBa_K4693011 |
DNA |
This is a 28-nucleotide sequence with a quencher (Iowa Black FQ) attached to the 3’ end. |
28 |
| BBa_K4693012 |
DNA |
This Sequence A is a 62-nucleotide-long single-stranded DNA oligo, with regions that are complementary to sequence C, sequence B and the miRNA 132. |
62 |
| BBa_K4693013 |
DNA |
This Sequence A is a 22-nucleotide-long single-stranded DNA oligo with regions that are complementary to sequence C, sequence A and the miRNA 132. |
62 |