Search or ask a question

How much zinc is there in Centrum Silver?

Hardening (metallurgy)

Zinc deficiency

Answers from top 7 papers

PDF

Open Access

More filters

Papers (7)	Insight
Journal Article•DOI Zinc and silver recoveries from zinc–lead–iron complex sulphides by pressure oxidation☆ S.A Bolorunduro, David Dreisinger, G. Van Weert - Show less +2 more 01 Apr 2003-Minerals Engineering 11 Citations	The resulting pregnant solution is suitable for zinc recovery by electrowinning and the residue can be leached for silver and gold extraction.
Journal Article•DOI The assessment of zinc status by the zinc tolerance test in various groups of patients. Ifor D. Capel, Edgar P. Spencer, Anita E. Daivies, Harry N. Levitt - Show less +3 more 01 Oct 1982-Clinical Biochemistry 16 Citations	The results of the present experiment indicate that the zinc tolerance test, that is, an unequivocal rise in serum zinc following per oral administration of this metal, provides the best indication of zinc status.
Journal Article•DOI Depuration of copper and zinc by green oysters and blue mussels of Taiwan. Bor Cheng Han, Woei-Lih Jeng, Ya Ni Tsai, Ming Shiou Jeng - Show less +3 more 01 Jan 1993-Environmental Pollution 35 Citations	However, zinc is more retentive in blue mussels than copper.
Journal Article•DOI Serum, leucocyte, sweat and hair zinc levels - a correlational study. John M. H. Howard 01 Jan 1990 16 Citations	The results demonstrate that sweat zinc is the sample of choice for the assessment of zinc status and that leucocyte zinc is almost as useful.
Journal Article•DOI Evidence for a Ternary Phase in the Aluminium–Magnesium–Silver System M. J. Wheeler, G. Blankenburgs, R. W. Staddon - Show less +2 more 01 Aug 1965-Nature 22 Citations	per cent silver, and they suggest that there may be an interaction between the magnesium and silver atoms.
Journal Article•DOI Oral zinc supplementation in Down's syndrome: restoration of thymic endocrine activity and of some immune defects. Claudio Franceschi, Mariella Chiricolo, Federico Licastro, Maria Zannotti, Massimo Masi, E. Mocchegiani, Nicola Fabris - Show less +6 more 28 Jun 2008-Journal of Intellectual Disability Research 64 Citations	On the whole, these findings suggest that there exists a defect in the bio-availability and/or in the utilization of zinc in DS.
Journal Article•DOI Interindividual Variation in Circulating Zinc Concentrations Among Healthy Adult Men and Women Zawiah Hashim, Leslie R. Woodhouse, Janet C. King - Show less +2 more 01 Sep 1996-International Journal of Food Sciences and Nutrition 15 Citations	Also, within a population of healthy adults, circulating zinc concentrations may vary by as much as 15%.

My columns

Related Questions

How many milligrams of zinc can children have?4 answers

How much is zinc is in chia seeds?4 answers

How much zinc is in Centrum Silver?7 answers

How much zinc is in Pennzoil Platinum?7 answers

How much zinc is in Pennzoil Ultra Platinum?6 answers

How much zinc should a child get?5 answers

See what other people are reading

What are the Challenges in Aluminium 7XXX series alloys?

Challenges in Aluminum 7XXX series alloys include limited formability at room temperature, the presence of Precipitate-Free Zones (PFZs) along grain boundaries promoting intergranular fracture, and the need to enhance corrosion resistance while maintaining strength. Additionally, optimizing heat treatment processes, such as solid solution, quenching, and aging, is crucial to improve properties like strength, toughness, and hardenability. Moreover, in the aerospace industry, additive manufacturing processes face restrictions due to factors like lack of globally accepted certifications, fabrication speed, and limitations in achievable precision and micro-fatigue occurrence. Addressing these challenges through advancements in micro-alloying, aging precipitation sequences, and developing new heat treatment regimes is essential for enhancing the overall performance and application of Aluminum 7XXX series alloys.Is amber urin always a sign for dehydration?

Amber urine is not always a definitive sign of dehydration. While urine color can indicate hydration status, it is essential to consider other factors. Research suggests that urine color, along with the number of voids, can be practical markers for detecting underhydration based on elevated urine osmolality. Additionally, a study utilizing the CIE L*a*b* colorspace found that rapid dehydration significantly alters urine color, with decreases in L*- and b*-values, while rapid rehydration leads to color changes in the opposite direction. These findings highlight the dynamic nature of urine color in response to hydration changes. Therefore, while amber urine may indicate dehydration in some cases, it is crucial to consider additional markers and factors to accurately assess hydration status.Is elsholtzione toxic for cats?

The question regarding the toxicity of "elsholtzione" for cats cannot be directly answered with the information provided from the contexts, as none of the abstracts specifically mention a substance named "elsholtzione." However, by examining the broader themes and findings related to cat toxicology and the management of intoxications in felines from the provided contexts, we can infer some general principles that might apply to unknown or less commonly encountered substances such as "elsholtzione." Firstly, it's crucial to recognize that cats have unique metabolic pathways, making them particularly sensitive to various substances, including medications and toxins not specifically designed for them. This sensitivity underscores the importance of caution when exposing cats to any new substances, whether they are drugs, household chemicals, or other potentially toxic agents. For instance, the toxicity of ethylene glycol, a well-known toxic compound, highlights the potential fatal outcomes of poisoning in cats, emphasizing the need for awareness and prompt veterinary care in cases of suspected intoxication. Moreover, accidental or intentional exposure to toxic substances, such as amphetamines, further illustrates the risks pets face from human medications and drugs, which can have severe or even lethal effects. This risk is compounded by the fact that symptoms of toxicosis, such as lethargy, hypotension, and cardiac rhythm changes, can be delayed, making early detection and treatment challenging. Given these considerations, while "elsholtzione" is not directly referenced, the principles of feline toxicology suggest that any new or unknown substance should be treated with caution. If a cat is suspected to have been exposed to "elsholtzione" or any other potentially toxic substance, immediate consultation with a veterinarian is crucial. This approach ensures the safety and health of the cat, allowing for prompt decontamination and treatment if necessary.Why does MacConkey agar plates only has to be incubated for 24 hours and not more?

MacConkey agar plates are typically incubated for 24 hours because this duration allows for the optimal growth and differentiation of bacteria, especially Gram-negative ones like Escherichia coli and Salmonella typhi. The study by Kim et al. supports this by showing that microbial identification using MALDI-TOF MS was successful after 24 hours of incubation on MacConkey agar for various clinical samples. Additionally, the research by Jacob et al. highlights that E. coli strains grown on MacConkey agar with cefotaxime for 24 hours exhibited reliable detection and quantification of potential ESBL E. coli, emphasizing the effectiveness of this incubation period. Therefore, a 24-hour incubation period on MacConkey agar is sufficient for accurate bacterial growth, differentiation, and detection of specific strains.Why is the application of using PCB technology for electrochemical biosensing important for continuous monitoring of prostate cancer biomarkers?

The application of PCB technology for electrochemical biosensing is crucial for continuous monitoring of prostate cancer biomarkers due to its ability to detect various biomarkers simultaneously, enhancing diagnostic accuracy. Electrochemical biosensors utilizing PCB technology offer a rapid, sensitive, and cost-effective approach for detecting specific biomarkers like β2M and PCA3 in urine samples, enabling early diagnosis and differentiation between local and metastatic prostate cancer. Additionally, the use of porous carbon nanomaterials in biosensors enhances the selectivity and sensitivity of detecting prostate-specific antigen (PSA), a key biomarker for prostate cancer, in blood samples, showcasing the potential for improved disease diagnostics. This integrated approach of PCB technology with diverse biomarker detection strategies underscores the significance of continuous monitoring for effective prostate cancer management.What factors inflence the albumin cocnetration in the dermal interstitial ffluid?

The concentration of albumin in the dermal interstitial fluid is influenced by several factors. Negatively charged glycosaminoglycans in the extracellular matrix play a significant role in the exclusion of albumin from the interstitial space. Hydration levels also impact the exclusion of albumin, with reduced hydration leading to a diminished effect of negative charges on interstitial exclusion of charged macromolecules. Additionally, the composition of the interstitial matrix, particularly collagen and hyaluronan, affects the exclusion of albumin, with collagen and hyaluronan being responsible for a significant portion of the exclusion volume. These factors collectively contribute to the regulation of albumin concentration in the dermal interstitial fluid.Why contact angle of thin films decreases with increasing doping concentration ZnO?

The contact angle of thin films decreases with increasing doping concentration in ZnO due to various factors observed in different studies. For instance, in Zn-doped SnO2 films, the contact angle decreased with increasing Zn doping, indicating a hydrophilic nature of the films. Similarly, in Cu-doped ZnO films, an increase in Cu doping led to changes in surface energy and wettability behaviors, as evidenced by water contact angle measurements. Moreover, in Mg-doped ZnO films, the contact angle decreased with the increase of Mg concentration, showcasing a transition from hydrophobic to hydrophilic behavior. These findings collectively suggest that doping concentration influences the surface properties of thin films, affecting their wetting behavior and contact angle measurements.What are the most common anthropogenic contaminants found in the Jagaribe River Basin?

The most common anthropogenic contaminants found in the Jaguaribe River Basin include pesticides, heavy metals, and polycyclic aromatic hydrocarbons, as highlighted in scientific studies. Additionally, the presence of clinically relevant antibiotic resistant pathogens and antibiotic resistance genes (ARGs) due to human activities has been reported in water samples from contaminated areas. Furthermore, the Ajay River basin study revealed high enrichment of heavy metals like Cu, Cd, Pb, and Ni, mainly attributed to anthropogenic inputs, indicating significant contamination levels in the water and sediment samples. Moreover, the Tshikapa River faced contamination by nickel and uranium following a mining waste spill, impacting the health of residents living along the riverbanks. Overall, these studies emphasize the detrimental effects of anthropogenic activities on water quality and ecosystem health in various river basins.What properties of photocatalyst do i need for RWGS reaction?

For the RWGS (reverse water-gas shift) reaction, essential properties of a photocatalyst include high activity, stability, and selectivity towards CO production. Catalysts with bimetallic compositions like Ni-Cu or Ni-Mo show enhanced activity and stability. The catalyst's structure, composition, and dispersion of active species significantly impact its performance. For instance, the distribution of Ni throughout the catalyst particle and the presence of active species like Nio and NiAl2O4 are crucial for catalytic activity. Additionally, the presence of oxygen vacancies in the catalyst, such as Mg(Al,Ni)O vacancies, plays a vital role in the reduction of CO2 to CO, highlighting the importance of specific active sites for RWGS reaction. Therefore, a well-designed photocatalyst with optimized composition, structure, and active sites is essential for efficient CO production in the RWGS reaction.Double epoxy coating on bamboo strip for seawater

A double epoxy coating on bamboo strips for seawater applications can offer enhanced protection and durability. Research suggests that bamboo culms can be processed with epoxy resin to create laminated bamboo composites (LBCs) with impressive mechanical properties, suitable for structural applications. Additionally, incorporating biobased ultrafine bamboo char particles in zinc-rich epoxy coatings can improve corrosion resistance for steel in aggressive marine environments, showcasing the potential for bamboo-based materials in protective coatings. Furthermore, an epoxy resin coating specifically designed for seawater environments, containing carboxylic acid modified epoxy resin and other components, demonstrates excellent adhesion, water resistance, and comprehensive properties for marine structures and coatings. Overall, the combination of bamboo strips and double epoxy coatings holds promise for durable and eco-friendly solutions in seawater applications.What are the potential long-term health consequences of chronic iron deficiency in individuals who consume millet regularly?

Chronic iron deficiency in individuals consuming millet regularly can lead to severe health consequences. Iron deficiency anemia is prevalent in low- and middle-income countries where millets are staple foods. Millets, although rich in iron, exhibit variations in iron content and bioavailability, impacting their effectiveness in combating anemia. Biofortified millets with low phytic acid content have shown to enhance iron absorption significantly, potentially preventing iron deficiency in habitual millet consumers. Iron-biofortified pearl millet consumption has been linked to increased physical activity and decreased sedentary time in children, emphasizing the importance of iron-biofortified millets in improving health outcomes. Addressing iron deficiency through biofortified millets is crucial to combatting the widespread issue of micronutrient deficiencies and associated health risks in populations relying on millet-based diets.