CiteULike: HEIRS's Patapoutian:A [7 articles]

TRPV1 is activated by both acidic and basic pH.

The Journal of neuroscience : the official journal of the Society for Neuroscience, Vol. 29, No. 1. (7 January 2009), pp. 153-158.

by A. Dhaka, V. Uzzell, A. E. Dubin, et al.J. Mathur, M. Petrus, M. Bandell, A. Patapoutian

posted to acidity basic trpv1 by HEIRS on 2009-01-11 00:24:03 as

along with 1 group HEIRS - Environmental Illness Research

The pungency of garlic: activation of TRPA1 and TRPV1 in response to allicin.

Current biology : CB, Vol. 15, No. 10. (24 May 2005), pp. 929-934.

by L. J. Macpherson, B. H. Geierstanger, V. Viswanath, et al.M. Bandell, S. R. Eid, S. Hwang, A. Patapoutian

posted to allicin garlic trpa1 trpv1 by HEIRS on 2009-01-07 14:26:00 as

along with 5 groups HEIRS Nutrition, Vitamins and Supplements HEIRS Oxidative Stress HEIRS Immunology and Autoimmune Diseases HEIRS - Environmental Illness Research HEIRS Cellular Biology

Noxious cold ion channel TRPA1 is activated by pungent compounds and bradykinin.

Neuron, Vol. 41, No. 6. (25 March 2004), pp. 849-857.

by M. Bandell, G. M. Story, S. W. Hwang, et al.V. Viswanath, S. R. Eid, M. J. Petrus, T. J. Earley, A. Patapoutian

posted to bradykinin cold trpa1 by HEIRS on 2008-07-31 14:41:56 as

along with 1 group HEIRS - Environmental Illness Research

An ion channel essential for sensing chemical damage.

The Journal of neuroscience : the official journal of the Society for Neuroscience, Vol. 27, No. 42. (17 October 2007), pp. 11412-11415.

by L. J. Macpherson, B. Xiao, K. Y. Kwan, et al.M. J. Petrus, A. E. Dubin, S. Hwang, B. Cravatt, D. P. Corey, A. Patapoutian

posted to chemicals irritants trpa1 by HEIRS on 2008-07-16 14:00:39 as

along with 1 person and 1 group calvin HEIRS - Environmental Illness Research

A role of TRPA1 in mechanical hyperalgesia is revealed by pharmacological inhibition

Molecular Pain, Vol. 3 (17 December 2007), 40.

by Matt Petrus, Andrea M. Peier, Michael Bandell, et al.Sun W. Hwang, Truc Huynh, Nicholos Olney, Tim Jegla, Ardem Patapoutian

posted to hyperalgesia trpa1 by HEIRS on 2008-07-10 14:47:33 as

along with 1 group HEIRS - Environmental Illness Research

Noxious compounds activate TRPA1 ion channels through covalent modification of cysteines

Nature, Vol. 445 (1 February 2007), pp. 541-545.

by Lindsey J. Macpherson1, Adrienne E. Dubin1, Michael J. Evans, et al.Felix Marr, Peter G. Schultz, Benjamin F. Cravatt, Ardem Patapoutian

posted to cysteine noxious trpa1 by HEIRS on 2008-07-10 14:10:12 as

along with 1 group HEIRS - Environmental Illness Research

Noxious compounds activate TRPA1 ion channels through covalent modification of cysteines

Nature (21 January 2007)

by Lindsey J. Macpherson, Adrienne E. Dubin, Michael J. Evans, et al.Felix Marr, Peter G. Schultz, Benjamin F. Cravatt, Ardem Patapoutian

posted to trpa1 by HEIRS on 2008-06-26 18:06:48 as

along with 1 person and 1 group NatBlair HEIRS - Environmental Illness Research

	TRPV1 is activated by both acidic and basic pH. [My Copy] The Journal of neuroscience : the official journal of the Society for Neuroscience, Vol. 29, No. 1. (7 January 2009), pp. 153-158. by A. Dhaka, V. Uzzell, A. E. Dubin, et al.J. Mathur, M. Petrus, M. Bandell, A. Patapoutian posted to acidity basic trpv1 by HEIRS on 2009-01-11 00:24:03 as along with 1 group HEIRS - Environmental Illness Research
	The pungency of garlic: activation of TRPA1 and TRPV1 in response to allicin. [My Copy] Current biology : CB, Vol. 15, No. 10. (24 May 2005), pp. 929-934. by L. J. Macpherson, B. H. Geierstanger, V. Viswanath, et al.M. Bandell, S. R. Eid, S. Hwang, A. Patapoutian posted to allicin garlic trpa1 trpv1 by HEIRS on 2009-01-07 14:26:00 as along with 5 groups HEIRS Nutrition, Vitamins and Supplements HEIRS Oxidative Stress HEIRS Immunology and Autoimmune Diseases HEIRS - Environmental Illness Research HEIRS Cellular Biology
	Noxious cold ion channel TRPA1 is activated by pungent compounds and bradykinin. [My Copy] Neuron, Vol. 41, No. 6. (25 March 2004), pp. 849-857. by M. Bandell, G. M. Story, S. W. Hwang, et al.V. Viswanath, S. R. Eid, M. J. Petrus, T. J. Earley, A. Patapoutian posted to bradykinin cold trpa1 by HEIRS on 2008-07-31 14:41:56 as along with 1 group HEIRS - Environmental Illness Research
	An ion channel essential for sensing chemical damage. [My Copy] The Journal of neuroscience : the official journal of the Society for Neuroscience, Vol. 27, No. 42. (17 October 2007), pp. 11412-11415. by L. J. Macpherson, B. Xiao, K. Y. Kwan, et al.M. J. Petrus, A. E. Dubin, S. Hwang, B. Cravatt, D. P. Corey, A. Patapoutian posted to chemicals irritants trpa1 by HEIRS on 2008-07-16 14:00:39 as along with 1 person and 1 group calvin HEIRS - Environmental Illness Research
	A role of TRPA1 in mechanical hyperalgesia is revealed by pharmacological inhibition [My Copy] Molecular Pain, Vol. 3 (17 December 2007), 40. by Matt Petrus, Andrea M. Peier, Michael Bandell, et al.Sun W. Hwang, Truc Huynh, Nicholos Olney, Tim Jegla, Ardem Patapoutian posted to hyperalgesia trpa1 by HEIRS on 2008-07-10 14:47:33 as along with 1 group HEIRS - Environmental Illness Research
	Noxious compounds activate TRPA1 ion channels through covalent modification of cysteines [My Copy] Nature, Vol. 445 (1 February 2007), pp. 541-545. by Lindsey J. Macpherson1, Adrienne E. Dubin1, Michael J. Evans, et al.Felix Marr, Peter G. Schultz, Benjamin F. Cravatt, Ardem Patapoutian posted to cysteine noxious trpa1 by HEIRS on 2008-07-10 14:10:12 as along with 1 group HEIRS - Environmental Illness Research
	Noxious compounds activate TRPA1 ion channels through covalent modification of cysteines [My Copy] Nature (21 January 2007) by Lindsey J. Macpherson, Adrienne E. Dubin, Michael J. Evans, et al.Felix Marr, Peter G. Schultz, Benjamin F. Cravatt, Ardem Patapoutian posted to trpa1 by HEIRS on 2008-06-26 18:06:48 as along with 1 person and 1 group NatBlair HEIRS - Environmental Illness Research

HEIRS's Patapoutian:A [7 articles] Export

HEIRS's tags

nrf2	187
trpv1	150
oxidative_stress	146
inflammation	140
diabetes	104
tnf-a	100
lps	91
fibromyalgia	88
h2o2	70
antioxidants	62
igf-1	60
glutathione	58
insulin_resistance	58
cfs	57
h2s	56
serotonin	56
pain	56
no	54
ppar-gamma	54
trpa1	54
ptsd	53
ahr	53
nmda	52
ros	49
dopamine	47
stress	45
endotoxin	45
probiotics	45
p38mapk	44
mitochondria	43
camkii	40
obesity	40
macrophages	40
lead	38
mcp-1	38
parkinsons	37
mitochondrial_dysfunction	37
bdnf	36
chronic_fatigue_syndrome	36
neurons	36
colitis	35
insulin	35
calcium	34
nf-kappab	33
glucose	33
hyperglycemia	32
sirt1	32
il-6	31
endothelial_cells	31
pi3k	30
pgc-1a	30
adiponectin	29
mcs	29
apoptosis	29
cytokines	29
asthma	29
ppar-alpha	29
heavy_metals	28
ho-1	27
p450	27
vanilloid	26
exercise	25
transporters	25
dj-1	25
intestine	25
ibd	25
oxidative	24
particulate_matter	24
endothelin-1	23
lipid_peroxidation	22
aging	22
cigarette_smoke	22
nitric_oxide	22
quercetin	22
curcumin	21
hippocampus	21
metabolic_syndrome	21
vitamin_d	21
ngf	21
msra	21
resveratrol	21
neurodegeneration	20
mast_cells	20
tlr4	20
angiotensin	19
capsaicin	19
th17	19
akt	19
als	18
sepsis	18
copd	18
colon	18
cfids	18
asic3	18
bone	18
memory	18
endoplasmic_reticulum_stress	18
microglia	17
sickness_behavior	17
endothelial_dysfunction	17
ppar-a	17
ca2	17
smoking	17
glutamate	17
ampk	17
catalase	17
allergy	17
adipocytes	17
cancer	16
ppar	16
nutrition	16
efflux	16
polyphenols	15
neuroinflammation	15
cortisol	15
green_tea	15
p	15
pi3kakt	15
mast	15
endothelial	15
inflammatory	15
formaldehyde	15
pcb	14
hyperalgesia	14
cardiovascular_disease	14
copper	14
tea	14
dioxin	13
smoke	13
mapk	13
heat_shock_proteins	13
brain	13
lifespan	13
p-glycoproteins	13
pkc	13
nociception	13
5-ht	13
il-1	13
estrogen	13
pesticides	12
ibs	12
eotaxin	12
foxo	12
c_elegans	12
melatonin	12
neuroprotection	12
pon1	12
acupuncture	12
inflammatory_bowel_disease	12
dhea	11
thioredoxin	11
hydrogen_sulfide	11
antioxidant	11
mycotoxins	11
dat	11
neurotoxicity	11
focal_adhesion_kinase	11
alzheimers	11
bacteria	11
glucocorticoids	11
tetrahydrobiopterin	11
depression	11
cyp1a1	11
nitric	11
ischemia	11
lungs	11
cadmium	11
coffee	11
olfaction	10
methamphetamine	10
polymorphisms	10
pbde	10
genetics	10
hpa	10
substance_p	10
epithelial	10
cns	10
toxicity	10
endotoxemia	10
leptin	10
multiple_chemical_sensitivity	10
astrocytes	10
porphyria	10
arsenic	10
endotoxins	10
homocysteine	10
pollution	10
hypoxia	10
prebiotics	10
iron	10
th1	10
lactobacillus	10
mercury	10
mold	10
autism	9
aldehydes	9
sulforaphane	9
hydrogen_peroxide	9
hypertension	9
enos	9
neurodegenerative_disease	9
neuropathic_pain	9
monocytes	9
naa	9
oxide	9
intestines	9
erk	9
superoxide	9
mycoplasma	9
cyp3a4	9
phthalates	9
tlr2	9
drg	9
epithelial_cells	9
peroxidation	9
peroxynitrite	9
nos	9
inos	9
xenobiotics	9
insulin_sensitivity	8
adipose_tissue	8
il-8	8
acidosis	8
sulfur	8
toluene	8
mdma	8
sod	8
adrenaline	8
glucocorticoid_receptor	8
metals	8
fatty_acids	8
catechins	8
dehydroepiandrosterone	8
are	8
lipids	8
tbi	8
ph	8
bbb	8
muscle	8
epigallocatechin	8
dopamine_transporter	8
irritants	8
cough	7
protein_kinase_c	7
spinal_cord_injury	7
bowel	7
hsp90	7
gst	7
omega-3	7
voc	7
cigarettes	7
arthritis	7
ethanol	7
b12	7
nadph	7
hepatocytes	7
d	7
garlic	7
sick_building_syndrome	7
minocycline	7
anti-inflammatory	7
syndrome	7
dna_damage	7
allodynia	7
pm	7
acrolein	7
learning	7
antidepressants	7
malondialdehyde	7
pkb	7
glut4	6
vegetables	6
toxicology	6
transporter	6
p38	6
nociceptors	6
anxiety	6
blackberry	6
enterochromaffin_cells	6
pxr	6
gcl	6
phytochemicals	6
mdr1	6
tnf	6
fatigue	6
biomarkers	6
cholesterol	6
osteoporosis	6
hypoglycemia	6
gaba	6
flavonoids	6
ugt	6
enzymes	6
neutrophils	6
caffeine	6
bpa	6
nr2b	6
ochratoxin_a	6
neuropathy	6
atherosclerosis	6
capsaicinoids	6
ulcerative_colitis	6
stress_response	6
p2x	6
mmp	6
food	6
pain_management	6
daf-16	6
bisphenol_a	6
ammonia	6
pancreas	6
black_tea	6
egcg	6
oct3	6
chemokines	6
il-17	6
isoprostanes	6
neurokinin	6
il-10	6
zinc	6
liver	5
autoimmunity	5
leaky_gut	5
heme	5
gulf_war_syndrome	5
igf	5
skeletal_muscle	5
cysteine	5
epinephrine	5
hypersensitivity	5
dementia	5
mitochondrial_bioenergetics	5
pah	5
cb1	5
acid	5
autoimmune_disease	5
hg	5
jnk	5
alternative	5
cytochrome	5
neurodegenerative_diseases	5
skin	5
elderly	5
park7	5
arachidonic_acid	5
ca1	5
hsp70	5
blackberries	5
methionine	5
gastrointestinal_tract	5
caco-2	5
sleep	5
alcohol	5
dynorphin	5
beta_cells	5
adhd	5
vitamin_e	5
herbs	5
diet	5
traumatic_brain_injury	5
adrenergic_receptors	5
selenium	5
shock	5
inflammatory_cytokines	5
intestinal	5
waon_therapy	5
heart_disease	5
t-cells	5
intestinal_inflammation	5
ifenprodil	5
il-4	5
children	5
pgc-1	5
fibrosis	5
ota	5
atp-depletion	5
keap1	5
mycotoxin	5
allergans	5
absorption	5
osteoarthritis	5
crohns	5
serotonin_transporter	5
neurology	5
neurogenic	5
p-glycoprotein	5
crohns_disease	5
sp	5
il-1b	5
bile_acids	5
mrp1	5
lung	4
dexamethasone	4
trp	4
gastrointestinal	4
electrophiles	4
protease	4
s-nitrosylation	4
stroke	4
cyp2e1	4
rheumatoid_arthritis	4
air_pollution	4
pregabalin	4
angiotensin_ii	4
ssri	4
intestinal_epithelial_cells	4
intestinal_permeability	4
hearing	4
genes	4
immunity	4
hsp27	4
celiac_disease	4
polymorphism	4
phytonutrients	4
migraine	4
arginine	4
formalin	4
metabolism	4
immune_system	4
cox2	4
cell_death	4
drugs	4
hepatitis	4
mrp2	4
terpenes	4
clostridium	4
coenzyme_q10	4
nac	4
irritable	4
gut	4
coconut_oil	4
erectile_dysfunction	4
heme_oxygenase	4
vasodilation	4
fibroblasts	4
flu	4
ecstacy	4
gastric	4
skn-1	4
oxidants	4
detoxification	4
menstrual_cycle	4
atp	4
small	4
oral_health	4
pahs	4
bioaccumulation	4
microbiota	4
cox-2	4
anthocyanin	4
endothelial_function	4
tcdd	4
cigarette	4
odorants	4
free_radicals	4
estradiol	4
endothelium	4
cognition	4
lipopolysaccharides	4
mglur5	4
cannabinoids	4
alkaline_water	4
aspergillus	4
autoimmune	4
spirulina	4
erk12	4
ellagic_acid	4
atopic_dermatitis	4
peroxide	4
disease	4
blood_pressure	4
gr	4
ifn-gamma	4
hydrogen	4
reactive_species	4
fak	4
atrazine	4
ethnicity	4
il-12	4
linoleic_acid	4
ige	4
energy_metabolism	4
5ht	4
blood_sugar	4
hdl	4
fungi	4
ccl11	4
dynorphins	4
smooth_muscle	4
sulphoraphane	4
butein	4
acetaminophen	4
brain_injury	4
weight_loss	4
lycopene	4
behavior	4
red_wine	4
nqo1	4
schizophrenia	4