ZINC ACETATE SOLUTION(NKO ASETAT ZELTS)
ZINC ACETATE SOLUTION(ÇNKO ASETAT ÇÖZELTS)
CAS No.: 5970-45-6
EC No.: 209-170-2
Synonyms:
Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; Zinc Diacetate; Dicarbomethoxyzinc; Galzin; Zinc Cetate Anhydrous; Zinc Acetate Dihydrate; Zinc Acetate [USAN]; Zinc Acetate; Zinc(II) Acetate; Siltex CL 4; Zinc Diacetate Dihydrate; Octan Zinecnaty; Zinc di(Acetate); Acetic Acid; Zinc Salt; zinc acetate dihydrate; zinc diacetate dihydrate; zinc ii acetate dihydrate; unii-fm5526k07a; acetic acid zinc salt; zinc acetate usp; acetic acid; zinc salt; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; dihydrate; zinc acetate; dihydrate; galzin tn; zinc acetate dihydrate; zinc diacetate dihydrate; zinc ii acetate dihydrate; unii-fm5526k07a; acetic acid zinc salt; zinc acetate usp; acetic acid; zinc salt; dihydrate; zinc acetate; dihydrate; galzin tn; ZINC ACETATE; Zinc diacetate; 557-34-6; Zinc(II) acetate; Acetic acid, zinc salt; Dicarbomethoxyzinc; Zinc acetate anhydrous; Acetic acid, zinc(II) salt; Zinc di(acetate); Siltex CL 4; Zn(OAc)2; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; UNII-H2ZEY72PME; CCRIS 3471; Acetic acid, zinc salt (2:1); HSDB 1043; EINECS 209-170-2; NSC 75801; H2ZEY72PME; AI3-04465; CHEBI:62984; zincacetate; Zinc acetate, 99%, pure; NSC-75801; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; zinc (II) acetate; Zinc acetate,anhydrous; Zinc acetate [USAN]; zinc acetate carrageenan; ACMC-20aj8v; Zn(II)Ac2; ZA/CG; SCHEMBL51; Zinc Acetate (anhydrous); ZINC ACETATE BASIC; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; C4H6O4Zn; Zinc Acetate 35% 40M; (CH3CO2)2Zn; DSSTox_CID_18770; DSSTox_RID_79392; DSSTox_GSID_38770; 2C2H3O2.Zn; KSC492A5J; NPC-02; CHEMBL1200928; DTXSID8038770; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; CTK3J2054; KS-00000V4Y; Tox21_302016; MFCD00012454; AKOS015837576; DB14487; NCGC00255475-01; 82279-57-0; CAS-557-34-6; E650; LS-13012; S264; SC-18482; LS-162823; CS-0013863; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; FT-0689089; Q204639; Zinc acetate dihydrate; 5970-45-6; Zinc diacetate dihydrate; Zinc(II) acetate dihydrate; Acetic acid zinc salt; UNII-FM5526K07A; Zinc acetate [USP]; Acetic acid, zinc salt, dihydrate; Zinc acetate, dihydrate; MFCD00066961; FM5526K07A; Zinc acetate (USP); Octan zinecnaty; Zinc acetate dihydrate, 98%, extra pure; Zinc acetate dihydrate, 98+%, ACS reagent; Zinc acetate dihydrate, 97%, specified according to the requirements of USP; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; Galzin (TN); Zinc acetate,dihydrate; ACMC-20aj8u; Zinc(II)acetate dihydrate; DSSTox_CID_1461; Zn(OAc)2.2H2O; DSSTox_RID_76168; Zinc acetate hydrate (JAN); DSSTox_GSID_21461; KSC492I2L; Zn(O2CCH3)2.2H2O; CHEMBL3184986; DTXSID5021461; CTK3J2425; Tox21_200864; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; AKOS015900646; NCGC00248978-01; NCGC00258418-01; CAS-5970-45-6; DB-030541; FT-0645139; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; D06408; Q29476365; Galzin; NA-9153; Zn(OAc)2; ai3-04465; siltexcl4; ZINC ACETATE; Diacetoxyzinc; zincdiacetate; ZincAcetateBp; Zinkdi(acetat); Zinc acid; Acetoxyzinc; ZincAcetateAr; ZincAcetateGr; octanzinecnaty; JACS-5970-45-6; Octan zinecnaty; ZINC ACETATE GRAN; ZINC ACETATE 2H2O; ZincAcetate2H2Oacs; ACETIC ACID ZINC SALT; ACETIC ACID ZINC SALT DIHYDRATE; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; ZINC ACETATE; ZINC ACETATE 2H2O; ZINC ACETATE-2-HYDRATE; ZINC ACETATE DIHYDRATE; ZINC ACETATE HYDRATE; ZINC ACETATE, HYDROUS; Octan zinecnaty; octanzinecnaty; Zinc diacetate, dihydrate; zincdiacetate,dihydrate; Acetoxyzinc; ZINC ACETATE DIHYDRATE, ACS; ZINC ACETATE DIHYDRATE, 98+%, A.C.S. REA GENT; Zinc acetate dihydrate, PH EUR; ZINC ACETATE DIHYDRATE 98+% &; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; ZINC ACETATE-2-HYDRATE TECHNICAL; ZINC ACETATE-2-HYDRATE EXTRA PURE, U. S. P.; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; ZINC ACETATE DIHYDRATE ACS REAGENT; Acetic acid, zinc salt, dihydrate; CCRIS 3346; Galzin; Octan zinecnaty; Octan zinecnaty [Czech]; UNII-FM5526K07A; Zinc acetate; Zinc acetate dihydrate; Zinc diacetate dihydrate; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; Zinc Diacetate; Dicarbomethoxyzinc; Galzin; Zinc Cetate Anhydrous; Zinc Acetate Dihydrate; Zinc Acetate [USAN]; Zinc Acetate; Zinc(II) Acetate; Siltex CL 4; Zinc Diacetate Dihydrate; Octan Zinecnaty; Zinc di(Acetate); Acetic Acid; Zinc Salt; zinc acetate dihydrate; zinc diacetate dihydrate; zinc ii acetate dihydrate; unii-fm5526k07a; acetic acid zinc salt; zinc acetate usp; acetic acid; zinc salt; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; dihydrate; zinc acetate; dihydrate; galzin tn; zinc acetate dihydrate; zinc diacetate dihydrate; zinc ii acetate dihydrate; unii-fm5526k07a; acetic acid zinc salt; zinc acetate usp; acetic acid; zinc salt; dihydrate; zinc acetate; dihydrate; galzin tn; ZINC ACETATE; Zinc diacetate; 557-34-6; Zinc(II) acetate; Acetic acid, zinc salt; Dicarbomethoxyzinc; Zinc acetate anhydrous; Acetic acid, zinc(II) salt; Zinc di(acetate); Siltex CL 4; Zn(OAc)2; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; UNII-H2ZEY72PME; CCRIS 3471; Acetic acid, zinc salt (2:1); HSDB 1043; EINECS 209-170-2; NSC 75801; H2ZEY72PME; AI3-04465; CHEBI:62984; zincacetate; Zinc acetate, 99%, pure; NSC-75801; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; zinc (II) acetate; Zinc acetate,anhydrous; Zinc acetate [USAN]; zinc acetate carrageenan; ACMC-20aj8v; Zn(II)Ac2; ZA/CG; SCHEMBL51; Zinc Acetate (anhydrous); ZINC ACETATE BASIC; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; C4H6O4Zn; Zinc Acetate 35% 40M; (CH3CO2)2Zn; DSSTox_CID_18770; DSSTox_RID_79392; DSSTox_GSID_38770; 2C2H3O2.Zn; KSC492A5J; NPC-02; CHEMBL1200928; DTXSID8038770; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; CTK3J2054; KS-00000V4Y; Tox21_302016; MFCD00012454; AKOS015837576; DB14487; NCGC00255475-01; 82279-57-0; CAS-557-34-6; E650; LS-13012; S264; SC-18482; LS-162823; CS-0013863; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; FT-0689089; Q204639; Zinc acetate dihydrate; 5970-45-6; Zinc diacetate dihydrate; Zinc(II) acetate dihydrate; Acetic acid zinc salt; UNII-FM5526K07A; Zinc acetate [USP]; Acetic acid, zinc salt, dihydrate; Zinc acetate, dihydrate; MFCD00066961; FM5526K07A; Zinc acetate (USP); Octan zinecnaty; Zinc acetate dihydrate, 98%, extra pure; Zinc acetate dihydrate, 98+%, ACS reagent; Zinc acetate dihydrate, 97%, specified according to the requirements of USP; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; Galzin (TN); Zinc acetate,dihydrate; ACMC-20aj8u; Zinc(II)acetate dihydrate; DSSTox_CID_1461; Zn(OAc)2.2H2O; DSSTox_RID_76168; Zinc acetate hydrate (JAN); DSSTox_GSID_21461; KSC492I2L; Zn(O2CCH3)2.2H2O; CHEMBL3184986; DTXSID5021461; CTK3J2425; Tox21_200864; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; AKOS015900646; NCGC00248978-01; NCGC00258418-01; CAS-5970-45-6; DB-030541; FT-0645139; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; D06408; Q29476365; Galzin; NA-9153; Zn(OAc)2; ai3-04465; siltexcl4; ZINC ACETATE; Diacetoxyzinc; zincdiacetate; ZincAcetateBp; Zinkdi(acetat); Zinc acid; Acetoxyzinc; ZincAcetateAr; ZincAcetateGr; octanzinecnaty; JACS-5970-45-6; Octan zinecnaty; ZINC ACETATE GRAN; ZINC ACETATE 2H2O; ZincAcetate2H2Oacs; ACETIC ACID ZINC SALT; ACETIC ACID ZINC SALT DIHYDRATE; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; ZINC ACETATE; ZINC ACETATE 2H2O; ZINC ACETATE-2-HYDRATE; ZINC ACETATE DIHYDRATE; ZINC ACETATE HYDRATE; ZINC ACETATE, HYDROUS; Octan zinecnaty; octanzinecnaty; Zinc diacetate, dihydrate; zincdiacetate,dihydrate; Acetoxyzinc; ZINC ACETATE DIHYDRATE, ACS; ZINC ACETATE DIHYDRATE, 98+%, A.C.S. REA GENT; Zinc acetate dihydrate, PH EUR; ZINC ACETATE DIHYDRATE 98+% &; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; ZINC ACETATE-2-HYDRATE TECHNICAL; ZINC ACETATE-2-HYDRATE EXTRA PURE, U. S. P.; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution; ZINC ACETATE DIHYDRATE ACS REAGENT; Acetic acid, zinc salt, dihydrate; CCRIS 3346; Galzin; Octan zinecnaty; Octan zinecnaty [Czech]; UNII-FM5526K07A; Zinc acetate; Zinc acetate dihydrate; Zinc diacetate dihydrate; Çinko Asetat Çözeltisi; ZINC ACETATE SOLUTION; ÇNKO ASETAT ÇÖZELTS; zinc acetate solution
ZINC ACETATE SOLUTION
About Zinc Acetate Solution
Acetate Formula StructureZinc Acetate Solutions are moderate to highly concentrated liquid solutions of Zinc Acetate Solution. They are an excellent source of Zinc Acetate Solution for applications requiring solubilized materials.
Zinc Acetate Solution Solution Synonyms
Zinc Diacetate, Dicarbomethoxyzinc, Galzin, Zinc Cetate Anhydrous, Zinc Acetate Solution Dihydrate, Zinc Acetate Solution [USAN], Zinc Acetate Solution, Zinc(II) Acetate, Siltex CL 4, Zinc Diacetate Dihydrate, Octan Zinecnaty, Zinc di(Acetate), Acetic Acid, Zinc Salt
Zinc Acetate Solution
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Zinc Acetate Solution
Zinc Acetate Solution crystals
Names
IUPAC name
Zinc Acetate Solution
Infobox references
Zinc Acetate Solution is a salt with the formula Zn(CH3CO2)2, which commonly occurs as the dihydrate Zn(CH3CO2)2·2H2O. Both the hydrate and the anhydrous forms are colorless solids that are commonly used in chemical synthesis and as dietary supplements. Zinc Acetate Solutions are prepared by the action of acetic acid on zinc carbonate or zinc metal. When used as a food additive, it
Zinc Acetate Solution has been used in lozenges for treating the common cold.[1] Zinc Acetate Solution can also be used to treat zinc deficiencies.[2] As an oral daily supplement it is used to inhibit the body’s absorption of copper as part of the treatment for Wilson’s disease.[3] Zinc Acetate Solution is also sold as an astringent in the form of an ointment, a topical lotion, or combined with an antibiotic such as erythromycin for the topical treatment of acne.[4] It is commonly sold as a topical anti-itch ointment.
Basic properties and structures
In anhydrous Zinc Acetate Solution the zinc is coordinated to four oxygen atoms to give a tetrahedral environment, these tetrahedral polyhedra are then interconnected by acetate ligands to give a range of polymeric structures.[5][6][7] In contrast, most metal diacetates feature metals in octahedral coordination with bidentate acetate groups.
In Zinc Acetate Solution dihydrate the zinc is octahedral, wherein both acetate groups are bidentate.[8][9]
Basic Zinc Acetate Solution
Heating Zn(CH3CO2)2 in a vacuum results in a loss of acetic anhydride, leaving a residue of basic Zinc Acetate Solution, with the formula Zn4O(CH3CO2)6. This cluster compound has the tetrahedral structure shown below. This species closely resembles the corresponding beryllium compound, although it is slightly expanded with Zn-O distances ~1.97 vs ~1.63 Å for Be4O(OAc)6.[10]
Zinc lozenges and the common cold: a meta-analysis comparing Zinc Acetate Solution and zinc gluconate, and the role of zinc dosage.
To compare the efficacy of Zinc Acetate Solution lozenges with zinc gluconate lozenges in common cold treatment and to examine the dose-dependency of the effect. Meta-analysis. Placebo-controlled zinc lozenge trials, in which the zinc dose was > 75 mg/day. The pooled effect of zinc lozenges on common cold duration was calculated by using inverse-variance random-effects method. Seven randomised trials with 575 participants with naturally acquired common colds. Duration of the common cold. The mean common cold duration was 33% (95% CI 21% to 45%) shorter for the zinc groups of the seven included trials. Three trials that used lozenges composed of Zinc Acetate Solution found that colds were shortened by 40% and four trials that used zinc gluconate by 28%. The difference between the two salts was not significant: 12 percentage points (95% CI: -12 to + 36). Five trials used zinc doses of 80-92 mg/day, common cold duration was reduced by 33%, and two trials used zinc doses of 192-207 mg/day and found an effect of 35%. The difference between the high-dose and low-dose zinc trials was not significant: 2 percentage points (95% CI: -29 to + 32). Properly composed zinc gluconate lozenges may be as effective as Zinc Acetate Solution lozenges. There is no evidence that zinc doses over 100 mg/day might lead to greater efficacy in the treatment of the common cold. Common cold patients may be encouraged to try zinc lozenges for treating their colds. The optimal lozenge composition and dosage scheme need to be investigated further.
Digital selective growth of a ZnO nanowire array by large scale laser decomposition of Zinc Acetate Solution.
We develop a digital direct writing method for ZnO NW micro-patterned growth on a large scale by selective laser decomposition of Zinc Acetate Solution. For ZnO NW growth, by replacing the bulk heating with the scanning focused laser as a fully digital local heat source, Zinc Acetate Solution crystallites can be selectively activated as a ZnO seed pattern to grow ZnO nanowires locally on a larger area. Together with the selective laser sintering process of metal nanoparticles, more than 10,000 UV sensors have been demonstrated on a 4 cm × 4 cm glass substrate to develop all-solution processible, all-laser mask-less digital fabrication of electronic devices including active layer and metal electrodes without any conventional vacuum deposition, photolithographic process, premade mask, high temperature and vacuum environment.
Zinc Acetate Solution lozenges for treating the common cold: an individual patient data meta-analysis.
The aim of this study was to determine whether the allergy status and other characteristics of common cold patients modify the effects of Zinc Acetate Solution lozenges. We had available individual patient data for three randomized placebo-controlled trials in which Zinc Acetate Solution lozenges were administered to common cold patients. We used both one stage and two stage meta-analysis to estimate the effects of zinc lozenges. The total number of common cold patients was 199, the majority being females. Eighty percent of them fell into the age range 20-50 years. One third of the patients had allergies. The one stage meta-analysis gave an overall estimate of 2.73 days (95% CI 1.8, 3.3 days) shorter colds by Zinc Acetate Solution lozenge usage. The two stage meta-analysis gave an estimate of 2.94 days (95% CI 2.1, 3.8 days) reduction in common cold duration. These estimates are to be compared with the 7 day average duration of colds in the three trials. The effect of zinc lozenges was not modified by allergy status, smoking, baseline severity of the common cold, age, gender or ethnic group. Since the effects of Zinc Acetate Solution lozenges were consistent between the compared subgroups, the overall estimates for effect seemed applicable over a wide range of common cold patients. While the optimal composition of zinc lozenges and the best frequency of their administration should be further investigated, given the current evidence of efficacy, common cold patients may be encouraged to try zinc lozenges for treating their colds. © 2016 The British Pharmacological Society.
Zinc Acetate Solution lozenges for treating the common cold: an individual patient data metaâ€analysis
Aims The aim of this study was to determine whether the allergy status and other characteristics of common cold patients modify the effects of Zinc Acetate Solution lozenges. Methods We had available individual patient data for three randomized placeboâ€controlled trials in which Zinc Acetate Solution lozenges were administered to common cold patients. We used both one stage and two stage metaâ€analysis to estimate the effects of zinc lozenges. Results The total number of common cold patients was 199, the majority being females. Eighty percent of them fell into the age range 20–50 years. One third of the patients had allergies. The one stage metaâ€analysis gave an overall estimate of 2.73 days (95% CI 1.8, 3.3 days) shorter colds by Zinc Acetate Solution lozenge usage. The two stage metaâ€analysis gave an estimate of 2.94 days (95% CI 2.1, 3.8 days) reduction in common cold duration. These estimates are to be compared with the 7 day average duration of colds in the three trials. The effect of zinc lozenges was not modified by allergy status, smoking, baseline severity of the common cold, age, gender or ethnic group. Conclusion Since the effects of Zinc Acetate Solution lozenges were consistent between the compared subgroups, the overall estimates for effect seemed applicable over a wide range of common cold patients. While the optimal composition of zinc lozenges and the best frequency of their administration should be further investigated, given the current evidence of efficacy, common cold patients may be encouraged to try zinc lozenges for treating their colds. PMID:27378206
The effectiveness of high dose Zinc Acetate Solution lozenges on various common cold symptoms: a meta-analysis.
A previous meta-analysis found that high dose Zinc Acetate Solution lozenges reduced the duration of common colds by 42%, whereas low zinc doses had no effect. Lozenges are dissolved in the pharyngeal region, thus there might be some difference in the effect of zinc lozenges on the duration of respiratory symptoms in the pharyngeal region compared with the nasal region. The objective of this study was to determine whether Zinc Acetate Solution lozenges have different effects on the duration of common cold symptoms originating from different anatomical regions. We analyzed three randomized trials on Zinc Acetate Solution lozenges for the common cold administering zinc in doses of 80-92 mg/day. All three trials reported the effect of zinc on seven respiratory symptoms, and three systemic symptoms. We pooled the effects of zinc lozenges for each symptom and calculated point estimates and 95% confidence intervals (95% CI). Zinc Acetate Solution lozenges shortened the duration of nasal discharge by 34% (95% CI: 17% to 51%), nasal congestion by 37% (15% to 58%), sneezing by 22% (-1% to 45%), scratchy throat by 33% (8% to 59%), sore throat by 18% (-10% to 46%), hoarseness by 43% (3% to 83%), and cough by 46% (28% to 64%). Zinc lozenges shortened the duration of muscle ache by 54% (18% to 89%), but there was no difference in the duration of headache and fever. The effect of Zinc Acetate Solution lozenges on cold symptoms may be associated with the local availability of zinc from the lozenges, with the levels being highest in the pharyngeal region. However our findings indicate that the effects of zinc ions are not limited to the pharyngeal region. There is no indication that the effect of zinc lozenges on nasal symptoms is less than the effect on the symptoms of the pharyngeal region, which is more exposed to released zinc ions. Given that the adverse effects of zinc in the three trials were minor, Zinc Acetate Solution lozenges releasing zinc ions at doses of about 80 mg/day may be a useful treatment for the common cold
Zinc Acetate Solution Lozenges May Improve the Recovery Rate of Common Cold Patients: An Individual Patient Data Meta-Analysis.
A previous meta-analysis of 3 Zinc Acetate Solution lozenge trials estimated that colds were on average 40% shorter for the zinc groups. However, the duration of colds is a time outcome, and survival analysis may be a more informative approach. The objective of this individual patient data (IPD) meta-analysis was to estimate the effect of Zinc Acetate Solution lozenges on the rate of recovery from colds. We analyzed IPD for 3 randomized placebo-controlled trials in which 80-92 mg/day of elemental zinc were administered as Zinc Acetate Solution lozenges to 199 common cold patients. We used mixed-effects Cox regression to estimate the effect of zinc. Patients administered zinc lozenges recovered faster by rate ratio 3.1 (95% confidence interval, 2.1-4.7). The effect was not modified by age, sex, race, allergy, smoking, or baseline common cold severity. On the 5th day, 70% of the zinc patients had recovered compared with 27% of the placebo patients. Accordingly, 2.6 times more patients were cured in the zinc group. The difference also corresponds to the number needed to treat of 2.3 on the 5th day. None of the studies observed serious adverse effects of zinc. The 3-fold increase in the rate of recovery from the common cold is a clinically important effect. The optimal formulation of zinc lozenges and an ideal frequency of their administration should be examined. Given the evidence of efficacy, common cold patients may be instructed to try Zinc Acetate Solution lozenges within 24 hours of onset of symptoms. © The Author 2017. Published by Oxford University Press on behalf of Infectious Diseases Society of America.
Evaluation of the effect of Zinc Acetate Solution on the stratum corneum penetration kinetics of erythromycin in healthy male volunteers.
Erythromycin with or without additional Zinc Acetate Solution is used topically in the treatment of acne vulgaris. A potential effect of zinc on the stratum corneum penetration of erythromycin was investigated in human volunteers. Skin surface washings and tape strippings from the skin of the back were collected after drug applications in 12 subjects for quantification of erythromycin levels. Zinc Acetate Solution increased the amount remaining on the back skin at 6 h after application from 40 +/- 19 to 56 +/- 15% of the dose and, vice versa, reduced the amount in stratum corneum strips from 22 +/- 7 to 18 +/- 7%, both with statistical significance. The effect varied with body region. Zinc Acetate Solution thus provided to prolong the residence time of erythromycin on the skin.
Product Description
As an ace manufacturer and trader of Zinc Acetate Solution Solution, we have marked our name very strongly in the market. It is used to treat zinc deficiencies. As an oral daily supplement it is used to inhibit the body”s absorption of copper as part of the treatment for Wilson”s disease.
Zinc Acetate Solution is also sold as an astringent in the form of an ointment, a topical lotion, or combined with an antibiotic such as erythromycin for the topical treatment of acne. It is commonly sold as a topical anti-itch ointment.
Zinc Acetate Solution
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Zinc Acetate Solution
Zinc Acetate Solution dihydrate sample.jpg
Sample of Zinc Acetate Solution dihydrate
Names
IUPAC name
Zinc Acetate Solution
Zinc Acetate Solution is a chemical compound with the formula Zn(CH3COO)2 the acetic acid salt of zinc, more commonly encountered as dihydrate, Zn(CH3COO)2·2 H2O.
Zinc Acetate Solution reacts with bases to form insoluble zinc hydroxide:
Zn(CH3COO)2 + 2 NaOH → 2 CH3COONa + Zn(OH)2
According to one paper, pyrolysis of anhydrous Zinc Acetate Solution (at reduced pressure) should yield acetic anhydride and leave behind basic Zinc Acetate Solution:
Physical
Zinc Acetate Solution is a solid crystalline, soluble in water. Its anhydrous form is hygroscopic and quickly turns into the dihydrate form upon standing in open air. It has a weak acetic smell.
Availability
Zinc Acetate Solution is available as food supplements and can be purchased online. To obtain the pure compound, you will have to dissolve the product in water and recrystallize it from the solution.
Anhydrous Zinc Acetate Solution can be prepared by heating the dihydrate or refluxing it with toluene and collecting the water with a Dean-Stark apparatus.
Preparation
Zinc Acetate Solution can be prepared by adding zinc metal or zinc oxide to acetic acid.
2 CH3COOH + Zn → Zn(CH3COO)2 + H2
2 CH3COOH + ZnO → Zn(CH3COO)2 + H2O
Vinegar can also be used as cheap source acetic acid. After all the zinc has dissolved, the solution is concentrated and cooled to crystallize solid Zinc Acetate Solution dihydrate. If vinegar was used, organic residue from the vinegar will be trapped in the Zinc Acetate Solution crystals. To remove the impurities, crush the resulting crystals and wash them thoroughly with an organic solvent. Multiple recrystallizations might be required to remove all the impurities.
If anhydrous Zinc Acetate Solution is desired, you can dry the Zinc Acetate Solution dihydrate by refluxing it with toluene, and using a Dean-Stark apparatus to separate the water.
Zinc Acetate Solution is slightly irritant due to the acetic acid resulting from hydrolysis, though this is not a problem when handling the compound.
Storage
Zinc Acetate Solution should be stored in closed bottles, away from moisture and acids, in a well ventilated place.
Anhydrous Zinc Acetate Solution should be kept in air-tight containers.
Disposal
No special disposal is required for Zinc Acetate Solution, though it’s best to dilute it strongly if you want to pour it down the drain. Alternatively, you can precipitate zinc hydroxide/oxide by adding an alkali to a solution of Zinc Acetate Solution.
References
Relevant Sciencemadness threads
Zinc Acetate Solution Dihydrate
Quick test for Zinc Acetate Solution?
Separation of Cu(OAc)2 and Zn(OAc)2
FIELD: chemistry.
SUBSTANCE: invention relates to a method of producing Zinc Acetate Solution dihydrate. The method is realised by dissolving powdered zinc oxide or zinc hydroxide in aqueous acetic acid solution with ratio of reactants – zinc oxide (zinc hydroxide):water:acetic acid equal to 1:(1.6-2.0):(1.8-2.2) by weight; the obtained solution is then evaporated to oversaturation, gradually cooled to 0-5°C and held for 15-20 hours. The crystalline hydrate of Zinc Acetate Solution precipitated from the solution is filtered and dried at 30-40°C.
EFFECT: improved method of producing Zinc Acetate Solution dihydrate.
3 ex
The invention relates to a technology for the production of salts of acetic acid, namely, two-water Zinc Acetate Solution. The invention can also be used to obtain two-water Zinc Acetate Solution depleted in the Zn 64 isotope, which is used as an additive in cooling systems of “light-water” nuclear reactors. The use of zinc dosing technology helps to reduce the radiation dose rate during scheduled repairs, reduce the accumulation of radioactive waste in equipment, improve the corrosion state and increase the life of primary pipelines, by reducing corrosion, which ultimately increases the operating life of the equipment. Two-water Zinc Acetate Solution depleted in the Zn 64 isotope is subject to more stringent requirements for chemical purity (99.8% content of the basic substance), different from the requirements for the reagent according to GOST 5823-78 of the chemically pure grade (basic content 99.5% of the substance).
The disadvantage of this method is the high drying temperature of the product, in which the two-water Zinc Acetate Solution loses water, the crystals are weathering and partially decompose.
The closest in technical essence and the achieved result is a method for producing two-water Zinc Acetate Solution (Yu.V. Karyakin, I.I. Engelov. Pure chemicals. – M .: Chemistry, 1976, p. 408), in which 20 ml % aqueous solution of acetic acid, heated to a temperature of 75-80 ° C, contribute 50 g of ZnO and filtered. Next, 8-10 ml of a 3% solution of H 2 O 2 is added to the solution, heated to boiling, and a 2% solution of Ba (CH 3 COO) 2 is added dropwise until insignificant amounts of SO 4 2- remain in the solution. Next, 5 g of freshly precipitated ZnCO 3 are added to the solution, the mixture is boiled for 5 minutes, then heated for another 40-50 minutes in a water bath (to coagulate the precipitate) and filtered. CH 3 COOH was poured into the filtrate to a faint odor and cooled. The precipitated crystals are sucked off on a Buchner funnel, and the mother liquor is evaporated to form a crystalline film and crystallized. The salt is dried at room temperature.
The disadvantages of this method are: the multiplicity of technological operations, low chemical purity of two-water Zinc Acetate Solution.
The claimed method differs from the prototype in that: zinc oxide or zinc hydroxide powder is dissolved in an aqueous solution of acetic acid, with a reagent ratio of zinc oxide (zinc hydroxide): water: acetic acid, equal to 1: (1.6-2.0) : (1.8-2.2) by weight, the resulting solution is evaporated to supersaturation, gradually cooled to a temperature of 0-5 ° C and maintained for 15-20 hours, the precipitated Zinc Acetate Solution crystalline hydrate is filtered and dried at a temperature of 30- 40 ° C. The content of the main substance in the resulting product is at least 99.8% (wt.).
Example No. 1. The powder of zinc oxide or zinc hydroxide is dissolved in an aqueous solution of acetic acid with a ratio of reagents – zinc oxide (zinc hydroxide): water: acetic acid, equal to 1: 1.6: 1.8 by weight. The resulting solution was evaporated to supersaturation, smoothly cooled to a temperature of 0-5 ° C, incubated for 15 hours. The crystallized Zinc Acetate Solution hydrate precipitated from the solution is filtered and dried at a temperature of 30 ° C. The content of the main substance in the resulting product is at least 99.8% (wt.).
Example No. 2. The powder of zinc oxide or zinc hydroxide is dissolved in an aqueous solution of acetic acid at a ratio of reagents – zinc oxide (zinc hydroxide): water: acetic acid, equal to 1: 1.8: 2.0 by weight. The resulting solution was evaporated to supersaturation, smoothly cooled to a temperature of 0-5 ° C, incubated for 18 hours. The Zinc Acetate Solution crystalline hydrate precipitated from the solution is filtered and dried at a temperature of 35 ° C. The content of the main substance in the resulting product is not less than 99.8% (wt.).
Example No. 3. The powder of zinc oxide or zinc hydroxide is dissolved in an aqueous solution of acetic acid at a ratio of reagents – zinc oxide (zinc hydroxide): water: acetic acid, equal to 1: 2.0: 2.2 by weight. The resulting solution was evaporated to supersaturation, gradually cooled to a temperature of 0-5 ° C, kept for 20 hours. The crystallized Zinc Acetate Solution hydrate precipitated from the solution is filtered and dried at a temperature of 40 ° C. The content of the main substance in the resulting product is at least 99.8% (wt.).
When crystallization is carried out from a solution with a time of less than 15 hours, the yield of Zinc Acetate Solution does not exceed 70%. Conducting crystallization over time of more than 20 hours does not have a significant effect on increasing the yield of Zinc Acetate Solution.
Carrying out drying at a temperature of less than 30 ° C increases the time of this technological stage. Drying at temperatures above 40 ° C leads to partial dehydration of crystals of two-water Zinc Acetate Solution.
A method of producing a two-water Zinc Acetate Solution, characterized in that the powder of zinc oxide or zinc hydroxide is dissolved in an aqueous solution of acetic acid, with a ratio of reagents – zinc oxide (zinc hydroxide): water: acetic acid, equal to 1: (1.6-2.0 ) 🙁 1.8-2.2) by weight, the resulting solution was evaporated to supersaturation, gradually cooled to a temperature of 0-5 ° C and held for 15-20 hours, the precipitated Zinc Acetate Solution crystalline hydrate was filtered and dried at a temperature of 30 -40 ° C, the content of the main substance in the resulting product is not less than 99, 8 wt.%.
What is Zinc Acetate Solution?
Zinc Acetate Solution is used to treat and to prevent zinc deficiency.
Zinc Acetate Solution may also be used for other purposes not listed in this medication guide.
Important Information
Before using Zinc Acetate Solution, talk to your doctor, pharmacist, herbalist, or other healthcare provider. You may not be able to use Zinc Acetate Solution if you have certain medical conditions.
Avoid taking this medication with foods that are high in calcium or phosphorus, which can make it harder for your body to absorb Zinc Acetate Solution. Foods high in calcium or phosphorus include milk, cheese, yogurt, ice cream, dried beans or peas, lentils, nuts, peanut butter, beer, cola soft drinks, and hot cocoa.
Zinc Acetate Solution can make certain antibiotics less effective. Tell your doctor about all other medications you are using before you start taking Zinc Acetate Solution.
Before taking this medicine
Before using Zinc Acetate Solution, talk to your doctor, pharmacist, herbalist, or other healthcare provider. You may not be able to use Zinc Acetate Solution if you have certain medical conditions.
It is not known whether Zinc Acetate Solution will harm an unborn baby. Do not take Zinc Acetate Solution without telling your doctor if you are pregnant or could become pregnant during treatment.
It is not known whether Zinc Acetate Solution passes into breast milk or if it could harm a nursing baby. Do not use this medication without telling your doctor if you are breast-feeding a baby.
How should I take Zinc Acetate Solution?
Use exactly as directed on the label, or as prescribed by your doctor. Do not use in larger or smaller amounts or for longer than recommended.
Take Zinc Acetate Solution with a full glass of water.
Take Zinc Acetate Solution with food if it upsets your stomach.
Your healthcare provider may occasionally change your dose to make sure you get the best results from Zinc Acetate Solution. The recommended dietary allowance of Zinc Acetate Solution increases with age. Follow your healthcare provider’s instructions. You may also consult the National Academy of Sciences “Dietary Reference Intake” or the U.S. Department of Agriculture’s “Dietary Reference Intake” (formerly “Recommended Daily Allowances” or RDA) listings for more information.
What should I avoid while taking Zinc Acetate Solution?
Avoid taking this medication with foods that are high in calcium or phosphorus, which can make it harder for your body to absorb Zinc Acetate Solution. Foods high in calcium or phosphorus include milk, cheese, yogurt, ice cream, dried beans or peas, lentils, nuts, peanut butter, beer, cola soft drinks, and hot cocoa.
Zinc Acetate Solution side effects
Zinc Acetate Solution side effects (in more detail)
Zinc Acetate Solution dosing information
-When patient is clinically stable, treatment with Zinc Acetate Solution can begin; continue chelation therapy as clinically indicated.
-When patient is clinically stable, treatment with Zinc Acetate Solution can begin; continue chelation therapy as clinically indicated.
What other drugs will affect Zinc Acetate Solution?
The following drugs can interact with or be made less effective by Zinc Acetate Solution. Tell your doctor if you are using any of these:.
This list is not complete and other drugs may interact with Zinc Acetate Solution. Tell your healthcare provider about all medications you use. This includes prescription, over-the-counter, vitamin, and herbal products. Do not start a new medication without telling your doctor.
See also:
Zinc Acetate Solution drug interactions (in more detail)
What is the most important information I should know about Zinc Acetate Solution?
Before using Zinc Acetate Solution, talk to your doctor, pharmacist, herbalist, or other healthcare provider. You may not be able to use Zinc Acetate Solution if you have certain medical conditions.
It is not known whether Zinc Acetate Solution will harm an unborn baby. Do not take Zinc Acetate Solution without telling your doctor if you are pregnant or could become pregnant during treatment.
It is not known whether Zinc Acetate Solution passes into breast milk or if it could harm a nursing baby. Do not use this medication without telling your doctor if you are breast-feeding a baby.
Can I take Zinc Acetate Solution if I’m pregnant or breastfeeding?
It is not known whether Zinc Acetate Solution will harm an unborn baby. Do not take Zinc Acetate Solution without telling your doctor if you are pregnant or could become pregnant during treatment.
It is not known whether Zinc Acetate Solution passes into breast milk or if it could harm a nursing baby. Do not use this medication without telling your doctor if you are breast-feeding a baby.
How to take Zinc Acetate Solution?
Use Zinc Acetate Solution exactly as directed on the label, or as prescribed by your doctor. Do not use in larger or smaller amounts or for longer than recommended.
Take Zinc Acetate Solution with a full glass of water.
Take Zinc Acetate Solution with food if it upsets your stomach.
Zinc Acetate Solution
Uses of Zinc Acetate Solution
Zinc Acetate Solution is used in the treatment of:
Zinc Acetate Solution Brand Names
Zinc Acetate Solution may be found in some form under the following brand names:
Zinc Acetate Solution Drug Class
Zinc Acetate Solution is part of the drug class:
Various alimentary tract and metabolism products
Zinc Acetate Solution Interactions
This is not a complete list of Zinc Acetate Solutiondrug interactions. Ask your doctor or pharmacist for more information.
Zinc Acetate Solution and Pregnancy
Tell your doctor if you are pregnant or plan to become pregnant.
The FDA categorizes medications based on safety for use during pregnancy. Five categories – A, B, C, D, and X, are used to classify the possible risks to an unborn baby when a medication is taken during pregnancy.
Zinc Acetate Solution falls into category A:
When pregnant women used Zinc Acetate Solution, their babies did not show any problems related to this medication.
Zinc Acetate Solution Dosage
Take Zinc Acetate Solution exactly as prescribed by your doctor. Follow the directions on your prescription label carefully.
The Zinc Acetate Solution dose your doctor recommends will be based on the following (use any or all that apply):
Zinc Acetate Solution is available in the following doses:
Antipyrine/benzocaine/Zinc Acetate Solution Otic 54 Mg-10 Mg-10 Mg/ml Otic Solution
Benzyl Alcohol-Zinc Acetate Solution Topical 10%-2% Topical Cream
Benzyl Alcohol-Zinc Acetate Solution Topical 10%-2% Topical Lotion
Chloroxylenol/pramoxine/Zinc Acetate Solution Otic 0.1%-0.5%-0.1% Otic Drops
Chloroxylenol/pramoxine/Zinc Acetate Solution Otic 0.1%-1%-1% Otic Drops
Diphenhydramine Topical 1% Topical Gel
Diphenhydramine Topical 2% Topical Stick
Diphenhydramine-Zinc Acetate Solution Topical 1%-0.1% Topical Cream
Diphenhydramine-Zinc Acetate Solution Topical 2%-0.1% Topical Cream
Diphenhydramine-Zinc Acetate Solution Topical 2%-0.1% Topical Spray
Diphenhydramine-Zinc Acetate Solution Topical 2%-0.1% Topical Stick
Pramoxine Topical Topical Lotion
Pramoxine-Zinc Acetate Solution Topical 1%-0.1% Topical Lotion
Zinc Acetate Solution 25 Mg Oral Capsule
Zinc Acetate Solution 50 Mg Oral Capsule
Zinc Acetate Solution Compounding Powder
Zinc Acetate Solution Topical 2% Topical Lotion
Forms of Medication
Zinc Acetate Solution is available in the following forms:
ÇNKO ASETAT ÇÖZELTS
Çinko Asetat Çözeltisi Takviyeleri Faydalar Ve Zararlar
Çinko Asetat Çözeltisi Takviyeleri Faydalar ve Zararlar
Çinko Asetat Çözeltisi saln birçok yönü için gerekli bir mineraldir. Günlük 15–30 mg elementer Çinko Asetat Çözeltisi takviyesi, baklk, kan ekeri düzeyleri ve göz, kalp ve cilt saln iyiletirebilir. 40 mg üst snr amadnzdan emin olun.
Girl in a jacket
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Çinko Asetat Çözeltisi, salnzn hemen her yönü için çok önemli olan temel bir mikro besindir.
Vücudunuzdaki en bol eser minerallerdendir (1 ).
Birçok farkl formda mevcut olan Çinko Asetat Çözeltisi takviyeleri, bir dizi rahatszl tedavi etmek için sklkla kullanlr.
Aratrmalar bu mineralin baklk fonksiyonunu artrabileceini, kan ekeri seviyelerini dengeleyebileceini, cildinizin, gözlerinizin ve kalbinizin salkl kalmasna yardmc olabileceini gösteriyor.
Bu makalede, Çinko Asetat Çözeltisi takviyelerinin türleri, yararlar, dozaj önerileri ve olas yan etkileri gözden geçirilmektedir.
Çinko Asetat Çözeltisi Takviyesi Çeitleri
Bir Çinko Asetat Çözeltisi takviyesi seçerken, muhtemelen birçok farkl tür olduunu fark edeceksiniz.
Bu çeitli Çinko Asetat Çözeltisi formlar sal farkl ekillerde etkiler.
Piyasada bulabileceiniz birkaç ey:
Çinko Asetat Çözeltisi glukonat: Çinko Asetat Çözeltisinun en yaygn reçetesiz formlarndan biri olan Çinko Asetat Çözeltisi glukonat, pastiller ve nazal spreyler gibi souk ilaçlarda sklkla kullanlr ( 2 ).
Çinko Asetat Çözeltisi asetat: Çinko Asetat Çözeltisi glukonat gibi, Çinko Asetat Çözeltisi asetat da semptomlar azaltmak ve iyileme orann hzlandrmak için souk pastillere eklenir (3 ).
Çinko Asetat Çözeltisi sülfat: Çinko Asetat Çözeltisi eksikliinin önlenmesine yardmc olmasnn yan sra, Çinko Asetat Çözeltisi sülfatn sivilcenin iddetini azaltt gösterilmitir (4 ).
Çinko Asetat Çözeltisi pikolinat: Baz aratrmalar, vücudunuzun bu formu Çinko Asetat Çözeltisi glukonat ve Çinko Asetat Çözeltisi sitrat gibi dier Çinko Asetat Çözeltisi türlerinden daha iyi absorbe edebileceini öne sürüyor (5 ).
Çinko Asetat Çözeltisi orotat: Bu form, orotik aside ve piyasadaki en yaygn Çinko Asetat Çözeltisi takviyesi türlerine baldr (6 ).
Çinko Asetat Çözeltisi sitrat: Bir çalma, bu tip Çinko Asetat Çözeltisi takviyesinin Çinko Asetat Çözeltisi glukonat kadar iyi emildiini, ancak daha az ac ve daha çekici bir tada sahip olduunu gösterdi (7 ).
En yaygn kullanlan ve uygun maliyetli Çinko Asetat Çözeltisi formlarndan biri olduundan Çinko Asetat Çözeltisi glukonat, bankanz krmadan almnz artrmanza yardmc olmak için iyi bir seçenek olabilir.
Bununla birlikte, biraz daha fazla yatrm yapabiliyorsanz, Çinko Asetat Çözeltisi pikolinat daha iyi emilebilir.
Kapsül, tablet ve pastil formunda mevcuttur, seçtiiniz tipten bamsz olarak günlük Çinko Asetat Çözeltisi dozunuzu almak için birçok seçenek vardr.
Bununla birlikte, Çinko Asetat Çözeltisi içeren nazal spreylerin koku kaybna bal olduunu ve kaçnlmas gerektiini unutmayn (8 , 9 ).
Özet: Salnz benzersiz ekillerde etkileyen birkaç Çinko Asetat Çözeltisi takviyesi ekli vardr. Genellikle kapsül, tablet ve pastil halinde bulunurlar. Çinko Asetat Çözeltisi içeren burun spreylerinden kaçnlmaldr.
Çinko Asetat Çözeltisinun Faydalar
Çinko Asetat Çözeltisi saln birçok yönü için hayati öneme sahiptir ve çeitli yararlarla ilikilendirilmitir.
Baklk Fonksiyonunu Gelitirebilir
Reçetesiz satlan birçok ilaç ve doal ilaç, baklk fonksiyonunu artrma ve iltihaplanma ile savama kabiliyetinden dolay Çinko Asetat Çözeltisi içerir.
Souk algnl üzerindeki Çinko Asetat Çözeltisinun etkilerini deerlendiren 18 çalmann bir incelemesi, semptomlarn ilk 24 saati içinde Çinko Asetat Çözeltisi almann semptomlarn süresini ortalama olarak yaklak bir gün azalttn göstermitir (10 ).
Çinko Asetat Çözeltisi ayrca, iltihab azaltmaya yardmc olan ve kalp hastal, kanser ve diyabet gibi kronik durumlara kar koruyan bir antioksidan görevi de görebilir (11 , 12 ).
50 yal erikin üzerinde yaplan bir çalmada, bir yl boyunca 45 mg Çinko Asetat Çözeltisi glukonat alnmasnn, inflamasyon belirteçlerini azaltt ve enfeksiyon skln azaltt tespit edildi (13 ).
Kan ekeri Kontrolünü Destekleyebilir
Çinko Asetat Çözeltisi, kan ekeri kontrolü ve insülin sekresyonu üzerindeki rolü ile bilinir. nsülin, kan dolamnzdan dokularnza eker aktarlmasndan sorumlu olan hormondur (14 ).
Baz aratrmalar Çinko Asetat Çözeltisinun kan ekeri seviyesini sabit tutmaya ve vücudunuzun insüline duyarlln arttrmaya yardmc olabileceini gösteriyor.
Bir gözden geçirme, Çinko Asetat Çözeltisi takviyelerinin diyabetli kiilerde hem ksa hem de uzun vadeli kan ekeri kontrolünü arttrmada etkili olduunu bildirmitir (15 ).
Dier aratrmalar Çinko Asetat Çözeltisinun, normal kan ekeri seviyelerini korumak için vücudunuzun insülini verimli kullanma yeteneini artrabilen insülin direncini azaltmaya yardmc olabileceini göstermektedir (16 , 17 ).
Akne ile Mücadelede Yardmc
Çinko Asetat Çözeltisi takviyeleri genellikle cilt saln gelitirmek ve sivilce gibi genel cilt hastalklarn tedavi etmek için kullanlr (18 ).
Çinko Asetat Çözeltisi sülfatn iddetli akne semptomlarn azaltmak için özellikle yararl olduu gösterilmitir (4 ).
332 kiiden oluan 3 aylk bir çalma, ek olarak bulunan Çinko Asetat Çözeltisi miktarn ifade eden bir terim olan 30 mg elementer Çinko Asetat Çözeltisi almann inflamatuar akne tedavisinde etkili olduunu buldu (19).
Çinko Asetat Çözeltisi takviyeleri ayrca ucuz, etkili ve çok daha az yan etkiyle ilikili olduklar için dier tedavi yöntemlerine de sklkla tercih edilir (18 ).
Kalp Saln Artrabilir
Kalp hastal ciddi bir sorundur. Dünya çapnda ölümlerin yaklak % 33’ünü oluturur (20 ).
Baz aratrmalar Çinko Asetat Çözeltisi almann kalp hastal için çeitli risk faktörlerini iyiletirebileceini ve hatta trigliserit ve kolesterol seviyelerini düürebildiini gösteriyor .
24 çalmann gözden geçirilmesi, Çinko Asetat Çözeltisi takviyelerinin, toplam ve “kötü” LDL kolesterol seviyelerinin ve ayrca kalp hastalnn önlenmesinde potansiyel olarak yardmc olabilecek kan trigliseritlerinin azaltlmasna yardmc olduunu buldu (21 ).
Ek olarak, 40 genç kadndan birinde yaplan bir çalma, daha yüksek Çinko Asetat Çözeltisi almnn düük sistolik kan basnc düzeyleriyle ilikili olduunu göstermitir (en fazla okuma) (22 ).
Ancak, takviyelerin kan basnc üzerindeki etkilerini deerlendiren aratrmalar snrldr (22 ).
Dier aratrmalar düük serum Çinko Asetat Çözeltisi seviyelerinin koroner kalp hastal riskinin daha yüksek olmasyla ilikili olabileceini göstermektedir. Ancak bulgular yetersiz kalmaktadr (23).
Maküler Dejenerasyonu Yavalatr
Maküler dejenerasyon yaygn bir göz hastaldr ve dünya genelinde görme kaybnn önde gelen nedenlerinden biridir (24 ).
Çinko Asetat Çözeltisi takviyeleri sklkla yaa bal maküler dejenerasyonun (AMD) ilerlemesini yavalatmak, görme kaybna ve körlüe kar korunmaya yardmc olmak için kullanlr.
AMD’li 72 kiiden birinde yaplan çalma, üç ay boyunca günde 50 mg Çinko Asetat Çözeltisi sülfat almann hastaln ilerlemesini yavalattn göstermitir (25 ).
Benzer ekilde, 10 çalmann baka bir incelemesi de Çinko Asetat Çözeltisi ile takviyenin ileri maküler dejenerasyona ilerleme riskini azaltmada etkili olduunu bildirmitir (26 ).
Ancak, gözden geçirmedeki dier çalmalar, tek bana Çinko Asetat Çözeltisi takviyelerinin önemli görme iyiletirmeleri üretmeyebileceini ve sonuçlar maksimize etmek için dier tedavi seçenekleriyle eletirilmesi gerektiini önerdi (26 ).
Özet: Çinko Asetat Çözeltisi, souk algnl semptomlarnn süresini azaltabilir, kan ekeri kontrolünü destekleyebilir, iddetli ve enflamatuar akneleri iyiletirebilir, kalp hastal riskini azaltabilir ve maküler dejenerasyonun ilerlemesini yavalatabilir.
Dozaj
Günde ne kadar Çinko Asetat Çözeltisi almanz gerektiine bal olarak, her bir takviye farkl miktarda elemental Çinko Asetat Çözeltisi içerir.
Örnein, Çinko Asetat Çözeltisi sülfat yaklak % 23 element Çinko Asetat Çözeltisi içerir. Bu nedenle 220 mg Çinko Asetat Çözeltisi sülfat yaklak 50 mg Çinko Asetat Çözeltisiya eittir ( 27 ).
Bu miktar genellikle ekinizin etiketinde listelenerek günlük ihtiyaçlarnz karlamak için ne kadar para harcayacanz belirlemenizi kolaylatrr.
Yetikinler için önerilen günlük doz tipik olarak 15-30 mg elementer Çinko Asetat Çözeltisidur (4 , 28 ).
Sivilce, ishal ve solunum yolu enfeksiyonlar gibi belirli durumlarn tedavisinde daha yüksek dozlar kullanlmtr.
Bununla birlikte, ar Çinko Asetat Çözeltisi tüketimiyle ilikili potansiyel yan etkiler nedeniyle, tbbi gözetim altnda olmadkça, günlük 40 mg üst snr amamak en iyisidir ( 27 ).
Özet: Farkl Çinko Asetat Çözeltisi takviyeleri, çeitli konsantrasyonlarda Çinko Asetat Çözeltisi içerir. Günlük takviyeler için önerilen doz 15-30 mg’dr.
Çinko Asetat Çözeltisinun Zararlar
Belirtildii ekilde kullanldnda, Çinko Asetat Çözeltisi takviyeleri Çinko Asetat Çözeltisi almnz artrmak ve salnzn çeitli yönlerini iyiletirmek için güvenli ve etkili bir yol olabilir.
Bununla birlikte, bulant, kusma, ishal ve mide ars da dahil olmak üzere ters yan etkilerle ilikilendirilmitir ( 29 ,30 ).
Temel Çinko Asetat Çözeltisi günde 40 mg’ amak, ate, öksürük, ba ars ve yorgunluk gibi grip benzeri semptomlara neden olabilir (31 ).
Çinko Asetat Çözeltisi ayn zamanda vücudunuzun bakr emilim yeteneine de müdahale ederek potansiyel olarak bu önemli mineralde eksiklie neden olabilir (32 ).
Ayrca, Çinko Asetat Çözeltisi takviyelerinin baz antibiyotiklerin emilimini engelledii, ayn zamanda alndnda etkililiklerini azaltt gösterilmitir ( 27 ).
Yan etki riskinizi azaltmak için, önerilen doza bal kaln ve tbbi gözetim altnda olmadkça, günlük 40 mg tolere edilebilir üst snrn almasndan kaçnn.
Çinko Asetat Çözeltisi takviyesi yaptktan sonra herhangi bir olumsuz yan etki yaarsanz, dozajnz azaltn ve belirtiler devam ederse salk uzmannza danmay düünün.
Özet: Çinko Asetat Çözeltisi, sindirim sorunlar ve grip benzeri semptomlar dahil olmak üzere olumsuz yan etkilere neden olabilir. Ayrca bakrn emilimini engelleyebilir ve baz antibiyotiklerin etkinliini azaltabilir.
Uzun Lafn Ksas
Çinko Asetat Çözeltisi saln birçok yönü için gerekli bir mineraldir.
Günlük 15–30 mg elementer Çinko Asetat Çözeltisi takviyesi, baklk, kan ekeri düzeyleri ve göz, kalp ve cilt saln iyiletirebilir. 40 mg üst snr amadnzdan emin olun.
Çinko Asetat Çözeltisinun yan etkileri sindirim sorunlar, grip benzeri semptomlar ve düük bakr emilimini ve antibiyotik etkinliini içerir.
Çinko Asetat Çözeltisi takviyeleri çevrim içi olarak, yerel salk maazanzda veya eczanenizde yaygn olarak bulunmaktadr. Sitemizden de online olarak satn alabilirsiniz. Satn almak için tklayn. (Satn Al)
Ayrca, diyetinizle Çinko Asetat Çözeltisi almnz denemek ve artrmak istiyorsanz, fndk, tohumlar, baklagiller, et, deniz ürünleri ve süt ürünleri gibi birçok mineral zengindir.
Çinko Asetat Çözeltisi, salkl bir baklk sistemi için gerekli olan bir eser elementtir. Çinko Asetat Çözeltisi eksiklii, bir kiiyi hastala ve hastala kar daha duyarl hale getirebilir.
nsan vücudundaki birçok fonksiyondan sorumludur ve en az 100 farkl enzimin aktivitesini uyarmaya yardmc olur. Yararlar elde etmek için sadece küçük bir Çinko Asetat Çözeltisi alm gerekir.
Çinko Asetat Çözeltisi, salkl bir baklk sistemi için, DNA’nn doru ekilde sentezlenmesi, çocukluk döneminde salkl büyümenin tevik edilmesi ve yaralarn iyilemesi için hayati öneme sahiptir. Beslenme ve Diyet Uzman Ayegül Yavuz Çinko Asetat Çözeltisi nedir, Çinko Asetat Çözeltisi ne ie yarar? Çinko Asetat Çözeltisi hangi besinlerde bulunur? Sorularnn cevaplarn açklad.
Çinko Asetat Çözeltisi nedir?
Çinko Asetat Çözeltisi baz gdalarda doal olarak bulunan ve insan sal için çok önemli bir mineraldir. Çinko Asetat Çözeltisi demirden sonra vücutta en fazla bulunan bir eser elementtir. Yetikinlerde pankreas, karacier, böbrek, akcier, kas, kemik, prostat ve endokrin bezler olmak üzere bütün doku ve organlara dalm haldedir. Kaslardaki Çinko Asetat Çözeltisi oran %65 civarndadr.
Çinko Asetat Çözeltisinun faydalar
• Vücutta 200’den fazla enzimin aktivitesi için gereklidir.
• DNA sentezinde, protein sindirimi ve sentezinde, karbonhidrat metabolizmasnda rol oynar.
• Göz salnda önemli rol oynar.
• Serbest radikal hasarna kar korumada görev yapar.
• Kemik geliimini salar.
• Baklk sistemi için önemlidir.
• Yeterli miktarda Çinko Asetat Çözeltisi alm A vitamininin anti kanser etkisini arttrarak ve savunma sistemlerini güçlendirerek yeni oluan kanser hücrelerinin öldürülmesine yardmc olur.
• Üreme sal üzerinde önemli rol oynar. Özellikle prostat kanserine kar faydaldr.
• Cinsiyet organlarnn geliimi için önemlidir.
Çinko Asetat Çözeltisi yetersizlii nelere yol açar?
• Saçlar canszlar ve sürekli saç kayb yaanr.
• Trnaklarn yaps bozulur; kolay krlr ve zor uzar.
• Yaralarn iyilemesi gecikir.
• Koku ve tat alma duyusunda bozulma görülür.
• Büyüme ve gelime çanda Çinko Asetat Çözeltisi eksiklii varsa yeterli gelime olmaz ve cücelik olur.
• Sinirlilik ve depresyona neden olabilir.
• Göz bebeinde saa sola titremeye neden olabilir.
• Deride lezyonlar görülebilir.
• Konsantrasyon bozukluuna yol açabilir.
• mmün sistemi basklayarak hastala yakalanma riskini arttrr.
Günlük alnmas gereken Çinko Asetat Çözeltisi miktar
Vücut fonksiyonlarnn devam için bu mineral vücutta belirli miktarda bulunmaldr. Bu miktar cinsiyete, yaa ve içinde bulunulan duruma göre deikenlik göstermektedir. Günlük alnmas gereken Çinko Asetat Çözeltisi miktar yaklak olarak bebeklerde 5 mg, çocuklarda 10-15 mg, yetikinlerde ise 12-15 mg’dr.
Çinko Asetat Çözeltisi hangi besinlerde bulunur?
Çinko Asetat Çözeltisinun en iyi kaynaklarndan biri yal tohumlardr.F
Çinko Asetat Çözeltisi içeren besinler
Çinko Asetat Çözeltisi nedir, Çinko Asetat Çözeltisi hangi besinlerde bulunur , Çinko Asetat Çözeltisinun vücuda yararlar nedir sorularn yantlyoruz. Metabolizma faaliyetleri için gerekli ve çok önemli bir mineral olan Çinko Asetat Çözeltisi eksiklii belirtileri nelerdir ve Çinko Asetat Çözeltisi içeren besinler nelerdir örenmek istiyorsanz okumaya devam edin.
Çinko Asetat Çözeltisi içeren besinler
Çinko Asetat Çözeltisi nedir?
Çinko Asetat Çözeltisi, insan vücudunda bulunan ve saylar 300’ü aan farkl enzimin, uygun ekilde ilev gösterebilmesi için gerekli olan bir mineraldir.
Salkl bir insann vücudunda toplamda 2 ya da 3 gram Çinko Asetat Çözeltisi bulunmaktadr. Öte yandan, vücudumuzda Çinko Asetat Çözeltisi salglayan organlar ise tükürük bezi, pankreas ve prostat bezi eklindedir.
Hücre salndan, yaamsal öneme sahip olan proteinlerin üretilmesine kadar, birçok vücut faaliyeti için gerekli olan Çinko Asetat Çözeltisi, baklk sisteminin dengelenmesi açsndan da önemlidir. Hem beyaz hem de krmz kan hücrelerinin yapsna katlan Çinko Asetat Çözeltisi, genellikle de vücuttaki en dayankl kaslarn yapsna katlmaktadr.
Ayrca Çinko Asetat Çözeltisi, cilt, böbrek sal, gözdeki retina, karacier, pankreas ve kemik sal açsndan destekleyici özelliktedir ve bu gibi organlarn dokularnda bulunmaktadr.
Çinko Asetat Çözeltisi minerali vücutta en çok kaslar, karacier, böbrekler ve gözlerde bulunur. Erkeklerde prostat bezi ve spermde fazla oranda Çinko Asetat Çözeltisi bulunur.
Karides, istiridye, balk, et, karacier, buday tohumu, kabak çekirdei, ayçiçei çekirdei, tüm tahllar, ceviz, badem, yumurta, peynir ve süt Çinko Asetat Çözeltisi içeren yiyecekler arasndadr.
Yüksek oranlarda lifli gda tüketimi Çinko Asetat Çözeltisi seviyesini azaltabilir. Lifli bitkisel gdalardaki fitat Çinko Asetat Çözeltisiya balanr ve onu vücudun faydalanamayaca hale getirir.
Proteinli besinlerle alnan Çinko Asetat Çözeltisi vücut tarafndan daha iyi emilir.
Vejetaryen diyetlerde Çinko Asetat Çözeltisi eksiklii çok yaygndr ve temel olarak yüksek tahl içerikli vejetaryen diyetlerde bulunan ve organik asitlerden oluan fitatlardan kaynaklanr. Bu fitatlar Çinko Asetat Çözeltisiyu tutar ve emilemez hale getirir. Dolaysyla vejetaryenlerin Çinko Asetat Çözeltisi takviyeleri kullanmas önerilir.
Çinko Asetat Çözeltisi vücutta iyilemeyi destekleyebilir ve grip ve souk algnl belirtilerine kar mücadelede kullanlabilir. Grip veya souk algnlnda Çinko Asetat Çözeltisi takviyesi almanz daha hzl iyilemenize yol açabilir. Bu ayn ekilde boaz arsnda ve cilt yaralanmalarnda da meydana geldii bilinen durumdur.
Çinko Asetat Çözeltisi vücudumuzun enfeksiyon ve hastalklara kar anahtar savunmas olarak bildiimiz baklk sisteminin güçlendirilmesine yardm eder.
Çinko Asetat Çözeltisi hangi besinlerde bulunur?
Çinko Asetat Çözeltisi minerali bakmndan zengin olan en önemli besin kaynaklar krmz et ve istiridyedir.
Hindi Eti
Hindi eti zengin bir Çinko Asetat Çözeltisi kaynadr. Et yemeklerinde tavuk yerine hindi kullanarak daha fazla Çinko Asetat Çözeltisi alabilirsiniz.
Kuzu Eti
Kuzu eti en önemli Çinko Asetat Çözeltisi kaynaklarndan biridir. 100 gramnda 6.7 mg Çinko Asetat Çözeltisi bulunur ki bu günlük Çinko Asetat Çözeltisi ihtiyacmzn %45 ine karlk gelmektedir.
Kuzu eti ayrca birçok vitamin mineralinin zengin bir kaynadr. Çinko Asetat Çözeltisiya ek olarak, kuzu eti; B12 vitamini , riboflavin, selenyum, niasin, fosfor ve demir içerir.
Kabak Çekirdei
Kabak çekirdeinde Çinko Asetat Çözeltisi bulunur. 100 gram kabak çekirdei 6.6 mg Çinko Asetat Çözeltisi içerir ki bu günlük ihtiyacn %44 ünü karlamak için yeterlidir. Ayrca kabak çekirdei ya da Çinko Asetat Çözeltisi kayna olarak kullanlabilir.
Sarmsak
Sarmsakta bir miktar Çinko Asetat Çözeltisi bulunur. Sarmsan saç dökülmesini önleyici etkisi de büyük ölçüde Çinko Asetat Çözeltisi içermesinden kaynaklanmaktadr. Açkças, tek bana sarmsak bir günlük Çinko Asetat Çözeltisi ihtiyacnz karlamayacaktr ama dier faydalarn da düünürseniz Çinko Asetat Çözeltisi kayna olarak sarmsak tüketilebilir.
Yer Fst
Yer fst da önemli Çinko Asetat Çözeltisi kaynaklarndan biridir. Tek problem, yer fstnn kalorisinin oldukça yüksek olmas. 100 gram yer fst yaklak 317 kaloridir.
Dana Karacieri
Dana karacieri iyi bir Çinko Asetat Çözeltisi kaynadr. Sevdiiniz ekilde piirip yiyebilirsiniz.
Ispanak
Ispanak belki en iyi Çinko Asetat Çözeltisi kayna deildir ama en iyi bitkisel Çinko Asetat Çözeltisi kaynaklar arasndadr. Ayrca spanak genel salmz için son derece faydal baka mineralleri de içerir. (Demir gibi.)
Beyaz Mantar
Kültür mantar olarak da bildiimiz ve yemeklere kattmz beyaz mantarn 100 gramnda yaklak 8 mg Çinko Asetat Çözeltisi minerali bulunur. Ayrca mantar, iyi bir vitamin ve mineral deposudur. Kalorisi çok düüktür.
Kakao
Kakao tozu, iltihaplanmay ve hastalklar önleyen epikatein ve kateinin adnda iki flavonoid içerir. Bu flavonoidler kan akn artrr ve tansiyonun dümesine yardmc olur.
Yumurta Sars
Yumurta sars Çinko Asetat Çözeltisi deposudur. Yalnz yumurtann sars genel kolesterol düzeyini bir nebze artrabilmektedir, Çinko Asetat Çözeltisi alm için bile olsa kolesterol probleminiz varsa günde 1 yumurtadan fazla tüketmenizi tavsiye etmiyoruz.
Bezelye
Bezelye, Çinko Asetat Çözeltisi kaynadr. Ayrca dier bitkisel bileikleri ve faydal vitaminleri de içerir.
Susam
Susamda bol miktarda Çinko Asetat Çözeltisi ve kalsiyum bulunur. Özellikle gelime çandaki çocuklarn susam veya susamdan elde edilen tahin yemesi çok faydaldr, hem ihtiyaç duyduklar Çinko Asetat Çözeltisiyu, hem de kalsiyumu buradan karlayabilirler.
Dana Eti
Yasz olarak tüketildiinde, kolesterolü de düük olan dana eti çok iyi bir hayvansal Çinko Asetat Çözeltisi kaynadr. Izgara yaparak veya farkl bir ekilde piirebilirsiniz. Etin içerisinde yer alan Çinko Asetat Çözeltisi ayrca emilerek gerekli yerlerde kullanlr.
Fasulye ve Barbunya ve Ma Fasulyesi
Fasulye ve barbunya hem iyi bir Çinko Asetat Çözeltisi kayna hem de salkl bitkisel protein deposudur.
Eer Çinko Asetat Çözeltisi ihtiyacnz et ve karacier yerine bitkilerden karlamak isterseniz fasulye, barbunya ve ma fasulyesini tercih edebilirsiniz.
Günlük Çinko Asetat Çözeltisi gereksinimi nedir?
Günlük Çinko Asetat Çözeltisi gereksinimi kadnlar ve erkekler arasnda farkllklar göstermektedir.
Erkekler için: 11 miligram
Kadnlar için: 8 miligram
Bebek emziren kadnlar için: 12 miligram
Fazla miktardaki kalsiyum Çinko Asetat Çözeltisinun emilimini olumsuz yönde etkileyebilir.
Çinko Asetat Çözeltisi eksiklii belirtileri:
– Kronik ishal
– tahszlk
– Yaralarda geç iyileme
– Saç dökülmesi
– Sk sk souk algnl
– Ksrlk
– Görü bozukluu
– Çoçuklarda gelime ve büyüme gerilii
Çinko Asetat Çözeltisi eksiklii nedenleri:
– Kronik barsak rahatszlklar
– Tek yönlü beslenenler
– Fazla alkol tüketimi
– Karacier sorunlar
– Fazla fiziksel aktivite
– Kortizon ve barbitürad gibi ilaç kullanan kiilerde Çinko Asetat Çözeltisi eksiklii görülebilir.
Çinko Asetat Çözeltisinun yararlar nelerdir?
– Cildi temizlemesi ve güzelletirmesi ile bilinir.
– Saçlar parlatr, doal bir görünüm almasn salar.
– Ergenliin çabuk atlatlmas ve cinsiyet hormonlarnn faaliyeti açsndan önemli bir yere sahiptir.
– Souk algnl, grip ve nezle gibi hastalklar vücuttan atmada birebirdir.
– Uçuk gibi durumlardan kolaylkla kurtulmanz salar.
– Trnaklar güçlendirir ve sertletirir.
– Büyüme hormonunun salglanmasn hzlandrr.
– Adet sanclarn hafifletir, ksrlk sorunlarn ortadan kaldrr.
– Kemik yapsnda önemli bir geliim salar.