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Interestingly, the most conserved photosynthesis related protein between Tortula and Physcomitrella is a chlorophyll a/b-binding protein which generates a HSP Bit score of 205 and E value of 3.0E-53, the Arabidopsis counterpart generates a HSP Bit score of 82 and E value of 8.9E-15 8.9E-15
In order to directly detect nucleic acid polymers, we have designed biosensors comprising sequence-specific DNA binding proteins tethered to split-reporter proteins, which generate signal upon binding a predetermined nucleic acid target, in an approach termed SEquence-Enabled Reassembly (SEER).
Through advances in protein scaffold engineering and selection technologies, highly specific binding proteins, which fold under reducing conditions, can be generated against virtually all targets.
The researchers focused on a class of bacterial proteins called periplasmic binding proteins, which have the unusual characteristic of closing up, like a Venus flytrap, when they bind to a particular chemical.
This Gram-positive bacterium possesses specific surface proteins such as fibronectin-binding proteins, collagen-binding proteins, and fibrinogen-binding proteins, which have been implicated as mediators in specific bacterial binding to the extracellular matrix and subsequent biofilm development [1, 5 7].
Ras proteins are GTP-binding proteins which hydrolyze GTP with the concourse of GTPase activating proteins.
In budding yeast, this recruitment involves Mec1 phosphorylation of the 9-1-1 complex subunit Ddc1, which generates a binding site for the second pair of phospho-protein binding BRCT repeats (BRCT3&4) of Dpb11 (Wang and Elledge, 2002; Puddu et al, 2008).
However, the most conserved photosynthesis related protein between Tortula and Arabidopsis is a photosystem I P700 apoprotein A2 which generates a HSP Bit score of 1120 and E value of 0, the Physcomitrella counterpart generates a HSP Bit score of 34 and E value of 1.25E-1, which appears contrary to what is expected at what is seen for the chlorophyll a/b-binding protein.
The promoter region of the ABC transporter ATP-binding protein encoding gene znuC (MESS2v1_300039) was amplified using primers STM 2953-Forward and STM 2954-Reverse which generate a 500-bp PCR product.
Id2 belongs to the "inhibitor of DNA binding protein" family, which is comprised of Id1-4.
Segment six and seven encode two proteins which are generated by splicing.
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