| Serotonin releases adenosine from primary afferent nerve terminals in the spinal cord | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| The GABA8 receptor agonist (-)-baclofen and the 1,4-dihydropyridine CA2+ channel agonist Bay K 8644 modulate the GTP-binding protein G0 via different mechanisms | Sweeney-Nixon, Marva I.; Dolphin, A. C. |
| Endogenous adenosine protects neurons but not astrosytes from hypoxic cell death | Sweeney-Nixon, Marva I.; Logan, M. |
| Investigation of the effects of cranberry fractions on atherosclerosis in mice | Shaughnessy, K.; Sweeney-Nixon, Marva I.; Neto, C. C. |
| Measurement of the GTPase activity of signal-transducing G-proteins in neuronal membranes | Sweeney-Nixon, Marva I. |
| Modulation of voltage-dependent calcium channels by GABA8 receptors and G-proteins in cultured rat dorsal root ganglion neurons | Dolphin, A. C.; Menon-Johansson, A.; Campbell, V.; Berrow, N.; Sweeney-Nixon, Marva I. |
| G protein modulation of calcium entry and transmitter release | Dolphin, A. C.; Huston, E.; Pearson, H.; Menon-Johanssen, A.; Sweeney-Nixon, Marva I.; Adams, M. E.; Scott, R. H. |
| Adenosine A1 agonists stimulate the GTPase activity of G- and G0-type G-proteins in cortical membranes | Sweeney-Nixon, Marva I.; Dolphin, A. C. |
| Adenosine A1 receptors inhibit necrosis and apoptosis induced by oxygen and glucose deprivation in cultured neurons | Sweeney-Nixon, Marva I. |
| The effects of individual fractions of lowbush (wild) blueberries (Vaccinium angustifolium) on primary cultured neurons after simulated ischemic stroke and oxidative stress. | Sweeney-Nixon, Marva I.; Clark, K. J.; MacKinnon, S.; Kalt, W.; Gottschall-Pass, Katherine T. |
| Involvement of adenosine in the analgesic effect of morphine and noradrenaline in the spinal cord | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| Adenosine release from the spinal cord may mediate antinodideption by intracerebroventricular morphine | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| 5-Hydroxytryptamine releases adenosine from primary afferent nerve terminals in the spinal cord | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| Morphine-evoked release of adenosine from the spinal cord occurs via a dipyridamole-sensitive carrier | Sweeney-Nixon, Marva I.; White, T. D.; Sawynok, J. |
| Adenosine agonist reduces hypoxia-ischemia induced cell death in the hippocampus of male rats | Campbell, D. S.; Sweeney-Nixon, Marva I. |
| The adenosine agonist CPA inhibits necrosis but promotes apoptosis induced by simulated ischemia in neuronal cultures | Sweeney-Nixon, Marva I.; Ameson, D. S.; Murton, A. |
| Desensitization of adenosine receptors during brain hypoxia limits the neuroprotective effects of adenosine | Sweeney-Nixon, Marva I.; Ameson, D. S. |
| Biochemical evidence that dihydropyridine and BABA8 receptors interact with G0 and G respectively | Sweeney-Nixon, Marva I.; Dolphin, A. C. |
| Effect of intrathecal pretreatment with neurotoxins on adenosine release from rat spinal cord synaptosomes | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| Morphine releases adenosine from capsaicin-sensitive neurons in the spinal cord | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| Adenosine A1 receptor agonists prevent delayed neuronal death following ischemia | Sweeney-Nixon, Marva I.; Ameson, D. S. |
| Adenosine A1 receptors precondition the rat brain against hypoxia-ischemia damage one day later | Sweeney-Nixon, Marva I.; Campbell, D. S. |
| Cranberry phenolics | Neto, C. C.; Sweeney-Nixon, Marva I.; Lamoureaux, T. L.; Soloman, F.; Kondo, M.; MacKinnon, S. L. |
| Pertussis toxin treatment increases glutamate release and dihydropyridine binding sites in cultured rat cerebellar granule neurons | Huston, E.; Cullen, G.; Sweeney-Nixon, Marva I.; Pearson, H.; Fazeli, M. S.; Dolphin, A. C. |
| Pertussis toxin inhibits morphine-induced release of adenosine from the spinal cord | Sawynok, J.; Sweeney-Nixon, Marva I.; Nicholson, D.; White, T. |
| Activation of adenosine receptors protects neurons from ischemia-induced death | Sweeney-Nixon, Marva I. |
| Biochemical evidence that GTP binding proteins are directly coupled to dihydropyridine receptors | Sweeney-Nixon, Marva I.; Dolphin, A. C. |
| The role of purines in nociception | Sawynok, J.; Sweeney-Nixon, Marva I. |
| Characterization of adenosine receptors producing antinociception following intrathecal injection | Sweeney-Nixon, Marva I.; White, T.; Sawynok, J. |
| Pomegranate juice consumption reduces simulated ischemic stroke damage and increases brain antioxidant status in rats | Sweeney-Nixon, Marva I.; Harmon, M. I.; Durant, C. D.; Soloman, F.; Schulman, R. N. |
| Causal Role of Apoptosis-Inducing Factor for Neuronal Cell Death Following Traumatic Brain Injury | Slemmer, J. E.; Zhu, C.; Landshamer, S.; Trabold, R.; Grohm, J.; Ardeshiri, A.; Wagner, E.; Sweeney-Nixon, Marva I.; Blomgren, K.; Culmsee, C.; Weber, J. T.; Plesnila, N. |
| Cranberry phenolics and their effects on oxidative processes, neuronal cell death and tumor cell growth. | Neto, C. C.; Lamoureaux, T. L.; Sweeney-Nixon, Marva I.; MacKinnon, S. L. |
| Pomegranate juice consumption reduces simulated ischemic stroke damage and increases brain antioxidant status in rats | Sweeney-Nixon, Marva I. |
| Flavonoid and proanthocyanidin-rich extracts from cranberry fruits | Kondo, M.; Lamoureaux, T. L.; Neto, C. C.; Sweeney-Nixon, Marva I. |
| Selective effect of malathion on blood coagulation versus locomotor activity | Sweeney-Nixon, Marva I.; Lyon, M. E. |
| Adenosine A1 receptor activation preferentially protects cultured cerebellar neurons versus astrocytes against hypoxia-induced death | Logan, M.; Sweeney-Nixon, Marva I. |
| Neuroprotective effects of adenosine in cerebral ischemia | Sweeney-Nixon, Marva I. |
| Mechanisms that result in damage during and following cerebral ischemia | Juurlink, B. H.; Sweeney-Nixon, Marva I. |
| Adenosine release and uptake in cerebellar granule neurons both occur via an equilibrative nucleoside carrier that is modulated by G proteins | Sweeney-Nixon, Marva I. |
| Cellular mechanisms involved in brain ischemia | Sweeney-Nixon, Marva I.; Yager, J. Y.; Walz, W.; Juurlink, B. H. |
| Morphine-evoked release of adenosine from the spinal cord occurs via a nucleoside carrier with differential sensitivity to dipyridamole and nitrobenzylthioinosine | Sweeney-Nixon, Marva I.; White, T. D.; Sawynok, J. |
| G protein modulation of voltage-dependent calcium channels and transmitter release | Dolphin, A. C.; Pearson, H. A.; Menon-Johansson, A. S.; Sweeney-Nixon, Marva I.; Sutton, K.; Huston, E.; Cullen, G. P.; Scott, R. H. |
| Actions of arginine polyamine on voltage and ligand-activated whole cell currents recorded from cultured neurones | Scott, R. H.; Sweeney-Nixon, Marva I.; Kobrinsky, E. M.; Pearson, H. A.; Timms, G. H.; Pullar, I. A.; Wedley, S.; Dolphin, A. C. |
| Intracerebroventricular morphine releases adenosine and adenosine 3',5'-cyclic monophosphate from the spinal cord via a serotonergic mechanism | Sweeney-Nixon, Marva I.; White, T. D.; Sawynok, J. |
| Adenosine release by morphine and spinal antinociception | Sawynok, J.; Nicholson, D. J.; Sweeney-Nixon, Marva I.; White, T. D. |
| 5-Hydroxytryptamine releases adenosine and cyclic AMP from primary afferent nerve terminals in the spinal cord in vivo | Sweeney-Nixon, Marva I.; White, T. D.; Sawynok, J. |
| Adenosine release may mediate spinal analgesia by morphine | Sawynok, J.; Sweeney-Nixon, Marva I.; White, T. D. |
| Morphine, capsaicin and K+ release purines from capsaicin-sensitive primary afferent nerve terminals in the spinal cord | Sweeney-Nixon, Marva I.; White, T. D.; Sawynok, J. |
| Involvement of adenosine in the spinal antinociceptive effects of morphine and noradrenaline | Sweeney-Nixon, Marva I.; White, T. D.; Sawynok, J. |
| Morphine releases endogenous adenosine from the spinal cord in vivo | Sweeney-Nixon, Marva I.; White, T. D.; Jhamandas, K. H.; Sawynok, J. |
| Evidence that substance P may be a modulator rather than a transmitter of noxious mechanical stimulation | Sweeney-Nixon, Marva I.; Sawynok, J. |
| Antioxidants and free radical scavengers for the treatment of stroke, traumatic brain injury and aging | Slemmer, J. E.; Shacka, J. J.; Sweeney-Nixon, Marva I.; Weber, J. T. |
| Adenosine A1 agonists and the Ca2+ channel agonist bay K 8644 produce a synergistic stimulation of the GTPase activity of Go in rat frontal cortical membranes | Sweeney-Nixon, Marva I.; Dolphin, A. C. |
| Classification of adenosine receptors mediating antinociception in the rat spinal cord | Sawynok, J.; Sweeney-Nixon, Marva I.; White, T. D. |
| 1,4-Dihydropyridines modulate GTP hydrolysis by Go in neuronal membranes | Sweeney-Nixon, Marva I.; Dolphin, A. C. |
| Choice of diet impacts the incidence of stroke-related symptoms in the spontaneously hypertensive stroke-prone rat model | Slemmer, Jennifer E. ; Shaughnessy, Kevin S. ; Scanlan, Adam P. ; Sweeney, Marva I. ; Gottschall-Pass, Katherine T. |
| Feeding rats diets enriched in lowbush blueberries for six weeks decreases ischemia-induced brain damage | Sweeney-Nixon, Marva I.; Kalt, W.; MacKinnon, S. L.; Ashby, J.; Gottschall-Pass, Katherine T. |
| Anthocyanins isolated from lowbush blueberries (Vaccinium Angustifolium) inhibit oxidative stress-induced nitrite accumulation and NOS induction in cultured cerebellar granule neurons | Sweeney-Nixon, Marva I.; Gottschall-Pass, Katherine T.; Clark, K. J.; Durant, C. |
| Choice of diet impacts the incidence of stroke in the spontaneously hypertensive stroke-prone rat model | Scanlan, A. P.; Shaughnessy, K. S.; Sweeney-Nixon, Marva I.; Gottschall-Pass, Katherine T. |
| Protective effects of flavonoids from cranberry on rat neurons and vascular cells. | Neto, C. C.; Kondo, M.; Lamoureaux, T. L.; Sweeney-Nixon, Marva I.; Curtis, S.; Hurta, Robert A. R. |
| Extracts from wild blueberries (Vaccinium angustifolium) reduce markers of LPS-induced inflammation in the rat | Gottschall-Pass, Katherine T.; Macdonald, K.; Garrity, E.; Pass, E.; LeClair-Morrison, S.; Sweeney-Nixon, Marva I. |
| Blueberry supplementation lowers iNOS but not COX-2 expression in LPS challenged rats | Gottschall-Pass, Katherine T.; Wark, M.; Yeung, H.; Pass, E.; Purcell, S.; MacPhee, R.; Sweeney-Nixon, Marva I. |
| Proanthocyanidins, anthocyanins, and triterpenoids from cranberry fruits | Kondo, M.; Lamoureaux, T. L.; Neto, C. C.; Hurta, Robert A. R.; Curtis, S.; Matchett, M. D.; Yeung, H.; Sweeney-Nixon, Marva I.; Vaisberg, A. J. |
| Cyclopentyladenosine decreases apoptotic cell death in cerebellar granule neurons after oxygen-glucose deprivation | Rigley, S. T.; Sweeney-Nixon, Marva I.; Tasker, R. Andrew R. |
| Antioxidant rich fractioins isolated from cranberries reduce neuronal death in response to simulated ischemic stroke and reperfusion injury in vitro | Sweeney-Nixon, Marva I.; Soloman, F.; Neto, C. C. |
| A1-adenosine receptor activation several hours before stroke decreases necrotic and apoptotic death in vitro and in vivo | Sweeney-Nixon, Marva I.; Rigley, S. T.; Campbell, D. S.; Tasker, R. Andrew R. |
| Lowbush blueberry consumption reduces atherosclerotic plaque size in hypercholesterolemic rabbits | Dunsford, C.; Sweeney-Nixon, Marva I.; Gottschall-Pass, Katherine T. |
| Blueberry diets improve glucose tolerance and reduces oxidative stress in spontaneously hypertensive stroke-prone rats | Shaughnessy, K. S.; Gabor, L. J.; Gottschall-Pass, Katherine T.; Sweeney-Nixon, Marva I. |
| Wild blueberry extracts produce modest improvements in predictors of cardiovascular disease in cholesterol fed rabbits | Gottschall-Pass, Katherine T.; Ashby, J.; MacKinnon, S.; Kalt, W.; Sweeney-Nixon, Marva I. |
| Protective effects of flavonoids from cranberries on rat neurons and vascular cells. | Neto, C. C.; Kondo, M.; Sweeney-Nixon, Marva I.; Hurta, Robert A. R. |
| Short term diets enriched with wild blueberries decrease stroke severity in rats | Sweeney-Nixon, Marva I.; Blacquiere, D.; Ashby, J.; MacKinnon, S.; Kalt, W.; Gottschall-Pass, Katherine T. |
| Flavonoids from lowbush blueberry decrease matrix metalloproteinase activity in human prostate cancer cells | Matchett, M. D.; Sweeney-Nixon, Marva I.; Gottschall-Pass, Katherine T.; Hurta, Robert A. R. |
| Feeding blueberry diets inhibits angiotensin II-converting enzyme (ACE) activity in spontaneously hypertensive stroke-prone rats | Wiseman, Waylon; Egan, Jennifer M.; Slemmer, Jennifer E.; Shaughnessy, Kevin S.; Ballem, Katherine; Gottschall-Pass, Katherine T.; Sweeney, Marva I. |
| Blueberry diets delay the onset of hypertension and reduce insulin resistance in spontaneously hypertensive stroke prone rats | Sweeney-Nixon, Marva I.; Shaughnessy, K.; Gottschall-Pass, Katherine T. |
| MALDI-TOF MS characterization of proanthocyanidins from cranberry fruit (Vaccinium macrocarpon) that inhibit tumor cell growth and matrix metalloproteinase expression in vitro | Neto, C. C.; Krueger, C. G.; Lamoureaux, T. L.; Kondo, M.; Vaisberg, A. J.; Hurta, Robert A. R.; Curtis, S.; Matchett, M. D.; Yeung, H.; Sweeney-Nixon, Marva I.; Reed, J. D. |
| Inhibition of matrix metalloproteinase activity in DU145 human prostate cancer cells by flavonoids from lowbush blueberry (Vaccinium angustifolium) | Matchett, M. D.; MacKinnon, S. L.; Sweeney-Nixon, Marva I.; Gottschall-Pass, Katherine T.; Hurta, Robert A. R. |
| Blueberry flavonoids inhibit matrix metalloproteinase activity in DU145 human prostate cancer cells | Matchett, M. D.; MacKinnon, S. L.; Sweeney-Nixon, Marva I.; Gottschall-Pass, Katherine T.; Hurta, Robert A. R. |
| Nutritional quality of children’s school lunches | Taylor, J. P.; Hernandez, K. J.; Caiger, J. M.; Giberson, D.; MacLellan, D.; Sweeney-Nixon, M.; Veugelers, P. |