Plant genetic engineering. ; Plants -- Effect of cadmium on. ; Cadmium -- Physiological transport.
Iron plays a central role in key biological processes in both plants and animals. Lack of available iron commonly limits plant growth and nutritional value. Worldwide, dietary iron is primarily obtained from plant sources and, despite our best...
Bradyrhizobium japonicum forms a nitrogen-fixing symbiosis with soybean. Signaling events, such as production of flavonoids and Nod factor, initiate the interaction, leading to formation of specialized root organs called nodules. A B. japonicum...
The effects of vacancies on the mechanical properties of FeAl single crystals and polycrystals have been investigated. Scanning calorimetric results indicate that vacancies in quenched Fe-40Al undergo rearrangement at ~550K, and then annihilate at...
Zinc -- Physiological transport. Arabidopsis thaliana -- Physiology. Homeostasis. Trace elements in plant nutrition.
Zinc deficiency is a widespread and common problem in many organisms. In plants, zinc deficiency causes growth inhibition, resulting in reduced final yields. Although zinc is an essential element in plants, zinc uptake, translocation and...
Human epidemiological and animal studies have associated inhalation of nickel dusts with increased incidence of pulmonary fibrosis. The current studies examined the hypothesis that nickel promotes pulmonary fibrosis by inhibiting fibrinolysis and...
Arabidopsis thaliana -- Physiology. Zinc -- Physiological transport. Iron -- Physiological transport. Homeostasis. Trace elements in plant nutrition.
Iron and zinc are essential metal micronutrients that most humans acquire from plant-based diets. Unfortunately, plants are not a good source of these micronutrients, so billions of people worldwide suffer from deficiencies of these two elements....
Post-transcriptional pathways provide a major means of regulating eukaryotic gene expression. Reiterations of the AU-rich element (AURE) located within the 3' UTR of many labile cytokine and proto-oncogene mRNA serve as signals for rapid...
Rhizobium -- Physiology. Rhizobium -- Genetics. Plants -- Effect of iron on.
Iron is essential in the agriculturally important symbiosis between Bradyrhizobium japonicum and soybean. Studying iron uptake in B. japonicum presents unique challenges in that the organism is found in two very different environments, free living...
Vibrio cholerae is a water-borne, Gram negative enteropathogen that causes the gastrointestinal disorder, cholera, in humans. A critical step in cholera pathogenesis is the attachment and colonization of intestinal cells, and the formation of...
Arabidopsis -- Effect of metals on. ; Zinc -- Physiological transport. ; Iron -- Physiological transport. ; Plants -- Effect of iron on. ; Plants -- Effect of zinc on.
Iron and zinc deficiency commonly limit plant growth and crop yields. Furthermore, deficiencies in both of these micronutrients are common throughout the world, particularly in developing countries where people may only consume simple diets...
Nanoparticles have made significant advances in recent years in the realm of cancer therapy. These nanoparticles typically range in size from 10-250nm in diameter, allowing for differential systemic-based biodistribution. The enhanced permeability...
Swarming motility is a flagella-dependent surface motility, and is also a form of bacterial group behavior. Similar to its counterpart biofilm formation, our understanding of swarming motility has been hampered by its complex set of requirements...
Cupredoxins, such as stellacyanin, plastocyanin, amicyanin, rusticyanin, and azurin perform electron transfer (ET) reactions with partner protein(s) in the cell. The role of the redox cofactor in these proteins is played by a copper ion, which...
Vibrio cholerae is a gram-negative bacterial pathogen that causes the severe diarrheal disease cholera. Several bacterial factors have been identified that are critical for V. cholerae intestinal colonization. The best characterized of these...
Understanding trace element homeostasis in plants has a direct impact on global health. Much of the developing world suffers from nutrient deficiencies, and subsists on a plant based diet often lacking bioavailable nutrients like iron and zinc. At...
A sustainable energy future is critical for environmental and strategic reasons. One alternative to petroleum used for transportation is ethanol derived from cellulosic biomass. The major barrier for biomass conversion is a cost effective method...
Brain tumors account for ~2% of all cancers, with gliomas accounting for ~70% of all brain tumors. Evidence suggests that extent of resection provides both a quality of life and survival benefit to patients. Recent work has shown the utility of...
Nanocomposite materials containing both gold and cobalt were synthesized using block copolymers as agents for controlling spatial organization of the nanoparticles. The targeted polymers are polystyrene- block -poly(alkyne-functional)styrene...
Antineoplastic agents -- Mechanism of action. Hemoglobin -- Synthesis -- Regulation. Protein kinases. Cellular signal transduction. Promoters (Genetics) -- Methylation. Azacitidine -- pharmacology. Fetal Hemoglobin -- biosynthesis. p38...
The β-hemoglobinopathies sickle cell disease and β-thalassemia represent some of the most common inherited diseases. It is recognized that increased fetal hemoglobin (HbF) ameliorates symptoms, mortality and morbidity in β-hemoglobinopathy...