Folding Forum

Releasing new SMP A4 (GRO_A4) projects p14041 and p14042 to ADV. These are exactly the same as projects p13717 and p13179, but adaptive sampling from those two old projects. These are being served from vav4.ocis.temple.edu (155.247.166.220). Description here: http://fah-web.stanford.edu/cgi-bin/fahp...

Releasing new A7 (GRO_A7) projects p14023-14026. They are pulling simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses phe...

Releasing new A7 (GRO_A7) projects p14023-14026. They are pulling simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses phe...

Releasing new A4 (GRO_A4) projects p14002-14022 to FAH. They are simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses phen...

Releasing new A4 (GRO_A4) projects p14002-14022. They are simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses phenylalani...

Releasing new A7 (GRO_A7) projects p13790 and 13791. They are pulling simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses...

Releasing new A7 (GRO_A7) projects p13790 and 13791. They are pulling simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses...

Releasing new A7 (GRO_A7) projects p13775-p13778 and p13788, p13789. They are pulling simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by ...

Releasing new A7 (GRO_A7) projects p13779, p13780, p13792-13797 to FAH. A full description of these projects is here: http://fah-web.stanford.edu/cgi-bin/fahproject.overusingIPswillbebanned?p=13700 These are pulling simulation of designed cyclic beta hairpins (4 in total) with MDM2. Project: 13779 s...

Releasing new A7 (GRO_A7) projects p13779, p13780, p13792-13797 to ADV. A full description of these projects is here: http://fah-web.stanford.edu/cgi-bin/fahproject.overusingIPswillbebanned?p=13700 These are pulling simulation of designed cyclic beta hairpins (4 in total) with MDM2. Project: 13779 s...

Releasing new A7 (GRO_A7) projects p13775-p13778 and p13788, p13789. They are pulling simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by ...

Releasing new SMP A4 (GRO_A4) projects p13784-p13787 to FAH. These are simulations of four different ligands designed as MDM2 inhibitors. This work aims to provide us binding mode of these ligands for MDM2 which is an important system in cancer therapeutics. A full description of these projects is h...

Releasing new SMP A4 (GRO_A4) projects p13784-p13787 to ADV. These are simulations of four different ligands designed as MDM2 inhibitors. This work aims to provide us binding mode of these ligands for MDM2 which is an important system in cancer therapeutics. A full description of these projects is h...

Releasing new A4 (GRO_A4) projects p13760-13774. They are simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses phenylalani...

Releasing new A4 (GRO_A4) projects p13760-13774. They are simulations of the enzyme Phenylalanine Hydroylase (PAH), mutations in which cause phenylketonuria (PKU), an inherited disease that affects about 1 in 12000. We are trying to understand the molecular mechanisms by which PAH senses phenylalani...