1
Splice isoforms often encode proteins that have distinct and even antagonistic properties.
2
Both encode proteins that bind specifically to a cAMP response element in vitro.
3
Mammals encode proteins that inhibit viral replication at the cellular level.
4
Poxviruses replicate within the cytoplasm and encode proteins for DNA and mRNA synthesis.
5
These genes are thought to encode proteins that function more efficiently on grass cell walls.
6
Most members of this 11 gene signature encode proteins with well-defined roles in human cancer.
7
Conclusion: The eight vertebrate TMC genes are evolutionary conserved and encode proteins that form three subfamilies.
8
Multiple cDNAs belonging to the c-erbA gene family encode proteins that bind T3 with high affinity.
9
Significantly, the genome of S. moellendorffii is predicted to encode proteins suitable for both methods of regulation.
10
They encode proteins involved in the processes of keratinocytes differentiation, lipid synthesis and metabolism and DNA repair.
11
Members of the ras gene family encode proteins that when overproduced or mutated can transform immortalized mammalian cells.
12
The genes responsible for them are predicted to encode proteins that interact with ATM in the DNA-damage response.
13
The currently known IRP-binding mRNAs encode proteins involved in iron uptake, storage, and release as well as heme synthesis.
14
These cDNAs encode proteins of highly similar sequence, the major differences being located at their N and C termini.
15
As a counter-defense, many plant viruses encode proteins that block silencing, often also interfering with endogenous small RNA pathways.
16
As the powerhouses of the eukaryotic cell, mitochondria must maintain their genomes which encode proteins essential for energy production.
