Features l T h e light sou r ce is designed according to head ’ s charact e rs The treatment head can be stretched to treat every area of scalp. l M atrix arrangement of laser light dots output balanced l uminous energy. l Light source connected to the cantilever by quick insta
Kernel Medical Equipment Co.,Ltd [2017-09-19 16:15:18 ]
Technical specification Main technical data I ntended U se Applicable to seborrheic alopecia, alopecia areata treatment (tentative) Applicable places Suitable for hospital dermatology, medical beauty department Structure Trolley W eight N W.：26.5kg G W.：53kg Safe level I Work
Kernel Medical Equipment Co.,Ltd [2017-09-19 16:12:10 ]
(1) Product introduction Photodynamic adopts highly purified and high intensity red, blue and yellow light to expose the skin, which can change the structure of the cell, kill bacteria, and make better environment for new born cells, increase Collagen, promote the growth of cells
Kernel Medical Equipment Co.,Ltd [2017-09-19 15:31:44 ]
(1) Product introduction Photodynamic adopts highly purified and high intensity red, blue and yellow light to expose the skin, which can change the structure of the cell, kill bacteria, and make better environment for new born cells, increase Collagen, promote the growth of cells
Kernel Medical Equipment Co.,Ltd [2017-09-19 15:16:00 ]
Cat No. AD11917Z Description Adenovirus with ORF of protocadherin gamma subfamily A, 1 (PCDHGA1), transcript variant 1 with C terminal Flag and His tag. Insert PCDHGA1 Product Type Adenoviral particle https://www creative-biogene com/Human-PCDHGA1-adenoviral-particles-AD11917Z-13
Creative Biogene [2017-09-18 11:04:03 ]
The human Nav1.8 gene encodes the pore-forming subunit of a voltage-gated Na+ channel that is expressed in nociceptive peripheral neurons. Co-expression with the auxiliary beta 3 subunit promotes surface expression. The Nav1.8 channel is a therapeutic target in pain treatment. ht
Creative Biogene [2017-09-18 11:03:22 ]
The human GRIN1/GRIN2A genes encode the cationic-selective, n-methyl-d-aspartic acid receptor-channel expressed in the CNS. NMDA receptors are therapeutic targets in treatment of neurological disorders including seizure, pain, and Alzheimer\"s disease. http://www creative-biogene
Creative Biogene [2017-09-18 11:02:41 ]
The human GRIN1/GRIN2B genes encode the cationic-selective, n-methyl-d-aspartic acid receptor-channel expressed in the CNS. NMDA receptors are therapeutic targets in treatment of neurological disorders including seizure, pain, and Alzheimer\"s disease. http://www creative-biogene
Creative Biogene [2017-09-18 11:01:58 ]
The human GRIN1/GRIN2C genes encode an N-methyl-D-aspartate receptor belonging to the ionotropic glutamate receptor family. NMDA receptors expressed in neurons are therapeutic targets in treatment of neurological disorders. http://www creative-biogene com/Human-GRIN1-GRIN2C-Stabl
Creative Biogene [2017-09-18 11:01:14 ]
The human GRIN1/GRIN2D genes encode an N-methyl-D-aspartate receptor belonging to the ionotropic glutamate receptor family. NMDA receptors expressed in neurons are therapeutic targets in treatment of neurological disorders. http://www creative-biogene com/Human-GRIN1-GRIN2D-Stabl
Creative Biogene [2017-09-18 11:00:32 ]
The human P2RX1 gene encodes P2X1, an ionotropic ATP receptor that functions as an ATP- or ADP-activated cation channel, expressed in smooth muscle, platelets, and sensory neurons. A P2RX1 mutation has been linked to a severe bleeding disorder arising from impaired ADP-induced pl
Creative Biogene [2017-09-18 10:59:48 ]
The human P2RX2 gene encodes P2X2, an ionotropic ATP receptor that functions as an ATP-activated cation channel expressed in the CNS and dorsal root ganglion neurons. P2X2 channels are therapeutic targets in treatment of pain. http://www creative-biogene com/Human-P2RX2-Stable-Ce
Creative Biogene [2017-09-18 10:59:08 ]
The human P2RX2 AND P2RX3 genes encode P2X2/P2X3, aheteromeric ionotropic ATP receptor that functions as an ATP-activated cation channel cation channel expressed in CNS and dorsal root ganglion neurons. P2X2/P2X3 receptors expressed in neurons are therapeutic targets in treatment
Creative Biogene [2017-09-18 10:58:27 ]
The human P2RX3 gene encodes P2X3, an ionotropic ATP receptor that functions as an ATP-activated cation channel expressed in spinal cord and sensory neurons. P2X3 receptors are therapeutic targets in treatment of neuropathic and inflammatory pain, inflammatory bowel disease, urin
Creative Biogene [2017-09-18 10:57:46 ]
The human P2RX4 gene encodes P2X4, an ionotropic ATP receptor that functions as an ATP-activated cation channel expressed in the CNS, alveolar macrophages, vascular endothelium, and airway smooth muscle. P2X4 receptors are therapeutic targets in treatment of neuropathic pain, ast
Creative Biogene [2017-09-18 10:57:05 ]
The human P2RX7 gene encodes P2X7, an ionotropic ATP receptor that functions as an ATP-activated cation channel expressed in lymphocytes and microglia. P2X7 receptors are therapeutic targets in treatment of osteoporosis, neuropathic and inflammatory pain, and immune diseases. htt
Creative Biogene [2017-09-18 10:56:23 ]
The human TRPA1 gene encodes the pore-forming subunit of TRPA1, a non-selective cation channel expressed in sensory neurons and hair cells. TRPA1 channels are therapeutic targets in treatment of pain. http://www creative-biogene com/Human-TRPA1-Stable-Cell-Line-CHO-196497-12.html
Creative Biogene [2017-09-18 10:54:54 ]
The human TRPC1 gene encodes the pore-forming subunit of TRPC1, a non-selective, cation-permeable channel expressed in the CNS, vascular endothelium and smooth muscle, lymphocytes and epithelia. TRPC1 channels are therapeutic targets in pulmonary hypertension, vascular inflammati
Creative Biogene [2017-09-18 10:54:09 ]
The human TRPC6 gene encodes the pore-forming subunit of TRPC6, a non-selective, cation-permeable channel. TRPC6 channels are therapeutic targets in asthma, COPD, cancer, and pulmonary hypertension. http://www creative-biogene com/Human-TRPC6-Stable-Cell-Line-HEK293-196500-12.htm
Creative Biogene [2017-09-18 10:53:28 ]
The human TRPM4 gene encodes the pore-forming subunit of TRPM4, a non-selective, cation-permeable channel expressed in lymphocytes, heart, vascular smooth muscle, intestine, and prostate. A gain-of-function mutation in TRPM4 is associated with progressive familial heart block typ
Creative Biogene [2017-09-18 10:52:47 ]
