Qualitative research have recognized haircare practices as vital culturally particular limitations to bodily exercise (PA) among Black/African American (AA) ladies, however quantitative investigations are missing. Utilizing the Research of Setting, Life-style and Fibroids information among 1558 Black/AA ladies, we investigated associations between hair product utilization/hair upkeep behaviors and PA throughout childhood and maturity.
Members reported childhood and present chemical relaxer and leave-in conditioner use. Self-reported PA included childhood leisure sports activities participation, leisure-time PA engagement throughout maturity, and, at every life stage, minutes of and depth of PA. Adjusting for socioeconomic and well being traits, we used Poisson regression with sturdy variance to estimate prevalence ratios (PRs) and 95% confidence intervals (CIs) for every PA measure for extra vs. much less frequent hair product use/hair upkeep.
NPBS database: a chemical information useful resource with relational information between pure merchandise and organic sources
NPBS (Pure Merchandise & Organic Sources) database is a chemical information useful resource with relational information between pure merchandise and organic sources, manually curated from literatures of pure product researches. The relational information hyperlink a selected species and all of the pure merchandise derived from it and contrarily hyperlink a selected pure product and all of the organic sources.
The organic sources cowl various species of plant, bacterial, fungal and marine organisms; the pure molecules have correct chemical construction information and computable molecular properties and all of the relational information have corresponding references. NPBS database supplies a wider selection of organic sources and can be utilized for dereplication to forestall re-isolation and re-characterization of already recognized pure merchandise.
On this paper first, we evaluation the bodily root bases of chemical response networks as a Markov course of in multidimensional vector area. Then we research the chemical reactions from a microscopic standpoint, to get hold of the expression for the propensities for the completely different reactions that may occur in the community.
These chemical propensities, at a given time, depend upon the system state at the moment, and don’t depend upon the state at an earlier time indicating that we’re coping with Markov processes. Then the Chemical Grasp Equation (CME) is deduced for an arbitrary chemical community from a chance stability and it’s expressed in phrases of the response propensities. This CME governs the dynamics of the chemical system.
Due to the problem to remedy this equation two strategies are studied, the primary one is the chance producing operate methodology or z-transform, which allows to get hold of the evolution of the factorial second of the system with time in an easiest method or after some manipulation the evolution of the polynomial moments. The second methodology studied is the growth of the CME in phrases of an order parameter (system quantity)
Chemophobia and information of toxicological ideas in South-Korea: perceptions of hint chemical compounds in client merchandise
Many client merchandise are manufactured or synthesized from chemical compounds. Nonetheless, customers could also be hesitant to buy client merchandise which might be perceived as artificial or derived with chemical substances. Prior research prompt a choice for chemical compounds of pure origin and an irrational worry of artificial chemical compounds, a phenomenon that’s referred to as chemophobia.
The purpose of this research was two-fold as follows: to (1) examine the degrees of information with respect to toxicological ideas, chemophobia, and belief in stakeholders in South Korea and (2) experimentally take a look at the impact of knowledge provision on acceptance and willingness-to-buy for the precise case of hint chemical compounds in client merchandise.
For this function, a web-based survey and experiment was performed with customers in South Korea. Information prompt that in South Korea chemophobia correlated with a person’s information concerning toxicological ideas. Accordingly, a small intervention offering info on the dose-response mechanism elevated customers’ acceptance of the presence of hint chemical compounds and subsequent willingness to buy the merchandise in this research.
In conclusion, this investigation stresses the significance of teaching the general public concerning primary ideas of toxicology to keep away from chemophobia, whereas concurrently discussing different elements that want to be taken under consideration such as attitudes and belief in communicators.
Administration of PFAS with the help of chemical product registries – an indispensable device for future management of hazardous substances
The Nordic nations are in the forefront of worldwide chemical regulation and administration by actively creating the home coverage framework, whereas concurrently pushing for extra stringent management internationally. Norway, Sweden and Denmark have been notably progressive in the regulation of the per- and polyfluoroalkyl substances (PFAS).
Restriction proposals have been developed below the EU Registration, Analysis, Authorisation and Restriction of Chemical compounds (REACH) and PFAS have been nominated for world restriction below the Stockholm Conference. A key device in their work has been the product registries (PR), the place all chemical compounds imported and produced over a sure reporting restrict, have to be registered by the importers/producers.
Lately these PRs have been dealing with opposition, predominantly from the trade. Concurrently, and in some distinction, a number of EU nations are mobilising for measures to management PFAS as a bunch. We explored the position of PRs in nationwide and worldwide chemical administration. By analysing the Norwegian PFAS information (2009-2017) reported by trade to the federal government we noticed modifications in use and temporal traits.
A diversification in use and substitutions to various PFAS emerged when new insurance policies had been developed, representing a problem for future management and discount efforts. As a substitute of loosening up on reporting obligations, as advocated by some trade representatives, our evaluation of the PFAS group argue that governments would profit from a tighter reporting scheme of problematic compound teams.
10-Formylfolic acid |
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| MBS5774702-5x5mg | MyBiosource | 5x5mg | 3970 EUR |
10-Formylfolic acid |
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| T24962-10mg | TargetMol Chemicals | 10mg | Ask for price |
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Description: 10-Formylfolic acid |
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10-Formylfolic acid |
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| T24962-1g | TargetMol Chemicals | 1g | Ask for price |
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Description: 10-Formylfolic acid |
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10-Formylfolic acid |
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| T24962-1mg | TargetMol Chemicals | 1mg | Ask for price |
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Description: 10-Formylfolic acid |
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10-Formylfolic acid |
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| T24962-50mg | TargetMol Chemicals | 50mg | Ask for price |
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Description: 10-Formylfolic acid |
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10-Formylfolic acid |
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| T24962-5mg | TargetMol Chemicals | 5mg | Ask for price |
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Description: 10-Formylfolic acid |
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10-Formylfolic acid-d4 |
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| HY-124350S | MedChemExpress | 1 mg | Ask for price |
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Description: 10-Formylfolic acid-d4 is the deuterium labeled 10-Formylfolic acid[1]. |
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Iothalamic Acid (USP grade powder) |
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| 51R-U345002 | Fitzgerald | 200 mg | 574 EUR |
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Description: Iothalamic Acid (USP grade powder) chemical reference substance |
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Iothalamic Acid (USP grade powder) |
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| MBS539954-200mg | MyBiosource | 200mg | 935 EUR |
Iothalamic Acid (USP grade powder) |
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| MBS539954-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Iohexol (USP grade powder) |
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| 51R-U344600 | Fitzgerald | 200 mg | 580 EUR |
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Description: Iohexol (USP grade powder) chemical reference substance |
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Iohexol (USP grade powder) |
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| MBS539953-550mg | MyBiosource | 550mg | 1230 EUR |
Iohexol (USP grade powder) |
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| MBS539953-5x550mg | MyBiosource | 5x550mg | 5395 EUR |
Rifampin (USP grade powder) |
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| 51R-U604009 | Fitzgerald | 300 mg | 574 EUR |
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Description: Rifampin (USP grade powder) chemical reference substance |
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Suprofen (USP grade powder) |
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| 51R-U642507 | Fitzgerald | 200 mg | 574 EUR |
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Description: Suprofen (USP grade powder) chemical reference substance |
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Thiotepa (USP grade powder) |
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| 51R-U664000 | Fitzgerald | 500 mg | 574 EUR |
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Description: Thiotepa (USP grade powder) chemical reference substance |
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Rifampin (USP grade powder) |
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| MBS539977-300mg | MyBiosource | 300mg | 935 EUR |
Rifampin (USP grade powder) |
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| MBS539977-5x300mg | MyBiosource | 5x300mg | 4065 EUR |
Suprofen (USP grade powder) |
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| MBS539982-200mg | MyBiosource | 200mg | 1030 EUR |
Suprofen (USP grade powder) |
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| MBS539982-5x200mg | MyBiosource | 5x200mg | 4480 EUR |
Thiotepa (USP grade powder) |
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| MBS539986-500mg | MyBiosource | 500mg | 935 EUR |
Thiotepa (USP grade powder) |
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| MBS539986-5x500mg | MyBiosource | 5x500mg | 4065 EUR |
Azaperone (USP grade powder) |
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| 51R-U04575-6 | Fitzgerald | 200 mg | 574 EUR |
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Description: Azaperone (USP grade powder) chemical reference substance |
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Aztreonam (USP grade powder) |
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| 51R-U046205 | Fitzgerald | 200 mg | 574 EUR |
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Description: Aztreonam (USP grade powder) chemical reference substance |
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Cefotetan (USP grade powder) |
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| 51R-U097975 | Fitzgerald | 500 mg | 574 EUR |
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Description: Cefotetan (USP grade powder) chemical reference substance |
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Cefoxitin (USP grade powder) |
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| 51R-U098107 | Fitzgerald | 500 mg | 580 EUR |
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Description: Cefoxitin (USP grade powder) chemical reference substance |
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Cisplatin (USP grade powder) |
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| 51R-U134357 | Fitzgerald | 100 mg | 574 EUR |
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Description: Cisplatin (USP grade powder) chemical reference substance |
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Isoniazid (USP grade powder) |
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| 51R-U349706 | Fitzgerald | 200 mg | 574 EUR |
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Description: Isoniazid (USP grade powder) chemical reference substance |
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Letrozole (USP grade powder) |
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| 51R-U356971 | Fitzgerald | 200 mg | 580 EUR |
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Description: Letrozole (USP grade powder) chemical reference substance |
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Lidocaine (USP grade powder) |
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| 51R-U366002 | Fitzgerald | 250 mg | 574 EUR |
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Description: Lidocaine (USP grade powder) chemical reference substance |
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Phenytoin (USP grade powder) |
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| 51R-U535008 | Fitzgerald | 200 mg | 574 EUR |
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Description: Phenytoin (USP grade powder) chemical reference substance |
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Rifabutin (USP grade powder) |
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| 51R-U603800 | Fitzgerald | 50 mg | 574 EUR |
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Description: Rifabutin (USP grade powder) chemical reference substance |
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Azaperone (USP grade powder) |
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| MBS539917-200mg | MyBiosource | 200mg | 885 EUR |
Azaperone (USP grade powder) |
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| MBS539917-5x200mg | MyBiosource | 5x200mg | 3840 EUR |
Aztreonam (USP grade powder) |
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| MBS539918-200mg | MyBiosource | 200mg | 935 EUR |
Aztreonam (USP grade powder) |
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| MBS539918-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Cefotetan (USP grade powder) |
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| MBS539929-500mg | MyBiosource | 500mg | 935 EUR |
Cefotetan (USP grade powder) |
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| MBS539929-5x500mg | MyBiosource | 5x500mg | 4065 EUR |
Cefoxitin (USP grade powder) |
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| MBS539933-500mg | MyBiosource | 500mg | 995 EUR |
Cefoxitin (USP grade powder) |
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| MBS539933-5x500mg | MyBiosource | 5x500mg | 4320 EUR |
Cisplatin (USP grade powder) |
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| MBS539941-100mg | MyBiosource | 100mg | 935 EUR |
Cisplatin (USP grade powder) |
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| MBS539941-5x100mg | MyBiosource | 5x100mg | 4065 EUR |
Isoniazid (USP grade powder) |
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| MBS539956-200mg | MyBiosource | 200mg | 935 EUR |
Isoniazid (USP grade powder) |
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| MBS539956-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Letrozole (USP grade powder) |
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| MBS539957-200mg | MyBiosource | 200mg | 950 EUR |
Letrozole (USP grade powder) |
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| MBS539957-5x200mg | MyBiosource | 5x200mg | 4120 EUR |
Lidocaine (USP grade powder) |
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| MBS539958-250mg | MyBiosource | 250mg | 935 EUR |
Lidocaine (USP grade powder) |
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| MBS539958-5x250mg | MyBiosource | 5x250mg | 4065 EUR |
Phenytoin (USP grade powder) |
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| MBS539971-200mg | MyBiosource | 200mg | 935 EUR |
Phenytoin (USP grade powder) |
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| MBS539971-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Rifabutin (USP grade powder) |
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| MBS539976-50mg | MyBiosource | 50mg | 935 EUR |
Rifabutin (USP grade powder) |
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| MBS539976-5x50mg | MyBiosource | 5x50mg | 4065 EUR |
Ceforanide (USP grade powder) |
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| 51R-U097807 | Fitzgerald | 200 mg | 574 EUR |
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Description: Ceforanide (USP grade powder) chemical reference substance |
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Cytarabine (USP grade powder) |
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| 51R-U162002 | Fitzgerald | 250 mg | 574 EUR |
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Description: Cytarabine (USP grade powder) chemical reference substance |
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Gabapentin (USP grade powder) |
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| 51R-U287303 | Fitzgerald | 250 mg | 574 EUR |
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Description: Gabapentin (USP grade powder) chemical reference substance |
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Lovastatin (USP grade powder) |
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| 51R-U370600 | Fitzgerald | 125 mg | 455 EUR |
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Description: Lovastatin (USP grade powder) chemical reference substance |
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Zidovudine (USP grade powder) |
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| 51R-U724500 | Fitzgerald | 400 mg | 574 EUR |
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Description: Zidovudine (USP grade powder) chemical reference substance |
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Ceforanide (USP grade powder) |
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| MBS539928-200mg | MyBiosource | 200mg | 930 EUR |
Ceforanide (USP grade powder) |
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| MBS539928-5x200mg | MyBiosource | 5x200mg | 4025 EUR |
Cytarabine (USP grade powder) |
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| MBS539944-250mg | MyBiosource | 250mg | 935 EUR |
Cytarabine (USP grade powder) |
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| MBS539944-5x250mg | MyBiosource | 5x250mg | 4065 EUR |
Gabapentin (USP grade powder) |
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| MBS539950-250mg | MyBiosource | 250mg | 935 EUR |
Gabapentin (USP grade powder) |
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| MBS539950-5x250mg | MyBiosource | 5x250mg | 4065 EUR |
Lovastatin (USP grade powder) |
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| MBS539961-125mg | MyBiosource | 125mg | 790 EUR |
Lovastatin (USP grade powder) |
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| MBS539961-5x125mg | MyBiosource | 5x125mg | 3395 EUR |
Zidovudine (USP grade powder) |
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| MBS539994-400mg | MyBiosource | 400mg | 935 EUR |
Zidovudine (USP grade powder) |
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| MBS539994-5x400mg | MyBiosource | 5x400mg | 4065 EUR |
Cefmetazole (USP grade powder) |
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| 51R-U097782 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Cefmetazole (USP grade powder) chemical reference substance |
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Simvastatin (USP grade powder) |
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| 51R-U612700 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Simvastatin (USP grade powder) chemical reference substance |
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Terconazole (USP grade powder) |
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| 51R-U643703 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Terconazole (USP grade powder) chemical reference substance |
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Cefmetazole (USP grade powder) |
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| MBS539927-200mg | MyBiosource | 200mg | 935 EUR |
Cefmetazole (USP grade powder) |
|||
| MBS539927-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Simvastatin (USP grade powder) |
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| MBS539979-200mg | MyBiosource | 200mg | 935 EUR |
Simvastatin (USP grade powder) |
|||
| MBS539979-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Terconazole (USP grade powder) |
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| MBS539983-200mg | MyBiosource | 200mg | 935 EUR |
Terconazole (USP grade powder) |
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| MBS539983-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Sulfadiazine (USP grade powder) |
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| 51R-U625009 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Sulfadiazine (USP grade powder) chemical reference substance |
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Sulfadiazine (USP grade powder) |
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| MBS539981-200mg | MyBiosource | 200mg | 935 EUR |
Sulfadiazine (USP grade powder) |
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| MBS539981-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Aurothioglucose (USP grade powder) |
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| 51R-U045508 | Fitzgerald | 100 mg | 875 EUR |
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Description: Aurothioglucose (USP grade powder) chemical reference substance |
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Aurothioglucose (USP grade powder) |
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| MBS539916-100mg | MyBiosource | 100mg | 1445 EUR |
Aurothioglucose (USP grade powder) |
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| MBS539916-5x100mg | MyBiosource | 5x100mg | 6360 EUR |
Betazole HCL (USP grade powder) |
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| 51R-U070006 | Fitzgerald | 200 mg | 574 EUR |
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Description: Betazole HCL (USP grade powder) chemical reference substance |
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Cefepime HCL (USP grade powder) |
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| 51R-U097636 | Fitzgerald | 500 mg | 574 EUR |
|
Description: Cefepime HCL (USP grade powder) chemical reference substance |
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Cefotiam HCL (USP grade powder) |
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| 51R-U098005 | Fitzgerald | 325 mg | 574 EUR |
|
Description: Cefotiam HCL (USP grade powder) chemical reference substance |
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1,4-Sorbitan (USP grade powder) |
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| 51R-U616008 | Fitzgerald | 300 mg | 574 EUR |
|
Description: 1,4-Sorbitan (USP grade powder) chemical reference substance |
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Betazole HCL (USP grade powder) |
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| MBS539921-INQUIRE | MyBiosource | INQUIRE | Ask for price |
Cefepime HCL (USP grade powder) |
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| MBS539925-500mg | MyBiosource | 500mg | 935 EUR |
Cefepime HCL (USP grade powder) |
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| MBS539925-5x500mg | MyBiosource | 5x500mg | 4065 EUR |
Cefotiam HCL (USP grade powder) |
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| MBS539930-325mg | MyBiosource | 325mg | 735 EUR |
Cefotiam HCL (USP grade powder) |
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| MBS539930-5x325mg | MyBiosource | 5x325mg | 3265 EUR |
1,4-Sorbitan (USP grade powder) |
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| MBS539980-300mg | MyBiosource | 300mg | 935 EUR |
1,4-Sorbitan (USP grade powder) |
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| MBS539980-5x300mg | MyBiosource | 5x300mg | 4065 EUR |
Betaxolol HCL (USP grade powder) |
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| 51R-U069903 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Betaxolol HCL (USP grade powder) chemical reference substance |
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Verapamil HCL (USP grade powder) |
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| 51R-U711202 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Verapamil HCL (USP grade powder) chemical reference substance |
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Betaxolol HCL (USP grade powder) |
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| MBS539920-200mg | MyBiosource | 200mg | 935 EUR |
Betaxolol HCL (USP grade powder) |
|||
| MBS539920-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Verapamil HCL (USP grade powder) |
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| MBS539991-200mg | MyBiosource | 200mg | 935 EUR |
Verapamil HCL (USP grade powder) |
|||
| MBS539991-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Colestipol HCL (USP grade powder) |
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| 51R-U146505 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Colestipol HCL (USP grade powder) chemical reference substance |
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Ethambutol HCL (USP grade powder) |
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| 51R-U257007 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Ethambutol HCL (USP grade powder) chemical reference substance |
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Hexylcaine HCL (USP grade powder) |
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| 51R-U308006 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Hexylcaine Hydrochloride (USP grade powder) chemical reference substance |
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Tetracaine HCL (USP grade powder) |
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| 51R-U650006 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Tetracaine HCL (USP grade powder) chemical reference substance |
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Ethambutol HCL (USP grade powder) |
|||
| MBS539948-200mg | MyBiosource | 200mg | 935 EUR |
Ethambutol HCL (USP grade powder) |
|||
| MBS539948-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Tetracaine HCL (USP grade powder) |
|||
| MBS539984-200mg | MyBiosource | 200mg | 935 EUR |
Tetracaine HCL (USP grade powder) |
|||
| MBS539984-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Minocycline HCL (USP grade powder) |
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| 51R-U444004 | Fitzgerald | 350 mg | 574 EUR |
|
Description: Minocycline HCL (USP grade powder) chemical reference substance |
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Minocycline HCL (USP grade powder) |
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| MBS539967-350mg | MyBiosource | 350mg | 935 EUR |
Minocycline HCL (USP grade powder) |
|||
| MBS539967-5x350mg | MyBiosource | 5x350mg | 4065 EUR |
Cefonicid Sodium (USP grade powder) |
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| 51R-U097750 | Fitzgerald | 1 gram | 574 EUR |
|
Description: Cefonicid Sodium (USP grade powder) chemical reference substance |
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Mecamylamine HCL (USP grade powder) |
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| 51R-U376006 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Mecamylamine HCL (USP grade powder) chemical reference substance |
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Cefonicid Sodium (USP grade powder) |
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| MBS539926-1g | MyBiosource | 1g | 930 EUR |
Cefonicid Sodium (USP grade powder) |
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| MBS539926-5x1g | MyBiosource | 5x1g | 4025 EUR |
Mecamylamine HCL (USP grade powder) |
|||
| MBS539962-200mg | MyBiosource | 200mg | 935 EUR |
Mecamylamine HCL (USP grade powder) |
|||
| MBS539962-5x200mg | MyBiosource | 5x200mg | 4065 EUR |
Bacampicillin HCL (USP grade powder) |
|||
| 51R-U047300 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Bacampicillin HCL (USP grade powder) chemical reference substance |
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Cefuroxime Axetil (USP grade powder) |
|||
| 51R-U098220 | Fitzgerald | 350 mg | 580 EUR |
|
Description: Cefuroxime Axetil (USP grade powder) chemical reference substance |
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Ciprofloxacin HCL (USP grade powder) |
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| 51R-U134335 | Fitzgerald | 400 mg | 580 EUR |
|
Description: Ciprofloxacin HCL (USP grade powder) chemical reference substance |
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Lithium Carbonate (USP grade powder) |
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| 51R-U369000 | Fitzgerald | 300 mg | 574 EUR |
|
Description: Lithium Carbonate (USP grade powder) chemical reference substance |
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Pyrvinium Pamoate (USP grade powder) |
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| 51R-U592001 | Fitzgerald | 500 mg | 619.2 EUR |
|
Description: Pyrvinium Pamoate (USP grade powder) chemical reference substance |
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Bacampicillin HCL (USP grade powder) |
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| MBS539919-INQUIRE | MyBiosource | INQUIRE | Ask for price |
Cefuroxime Axetil (USP grade powder) |
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| MBS539936-350mg | MyBiosource | 350mg | 950 EUR |
Cefuroxime Axetil (USP grade powder) |
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| MBS539936-5x350mg | MyBiosource | 5x350mg | 4120 EUR |
Ciprofloxacin HCL (USP grade powder) |
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| MBS539940-400mg | MyBiosource | 400mg | 950 EUR |
Ciprofloxacin HCL (USP grade powder) |
|||
| MBS539940-5x400mg | MyBiosource | 5x400mg | 4120 EUR |
Lithium Carbonate (USP grade powder) |
|||
| MBS539959-300mg | MyBiosource | 300mg | 935 EUR |
Lithium Carbonate (USP grade powder) |
|||
| MBS539959-5x300mg | MyBiosource | 5x300mg | 4065 EUR |
Pyrvinium Pamoate (USP grade powder) |
|||
| MBS539975-INQUIRE | MyBiosource | INQUIRE | Ask for price |
Bretylium Tosylate (USP grade powder) |
|||
| 51R-U076352 | Fitzgerald | 200 mg | 574 EUR |
|
Description: Bretylium Tosylate (USP grade powder) chemical reference substance |
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Demecarium Bromide (USP grade powder) |
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| 51R-U169001 | Fitzgerald | 250 mg | 574 EUR |
|
Description: Demecarium Bromide (USP grade powder) chemical reference substance |
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Ergoloid Mesylates (USP grade powder) |
|||
| 51R-U239504 | Fitzgerald | 300 mg | 574 EUR |
|
Description: Ergoloid Mesylates (USP grade powder) chemical reference substance |
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Estradiol Valerate (USP grade powder) |
|||
| 51R-U254009 | Fitzgerald | 100 mg | 574 EUR |
|
Description: Estradiol Valerate (USP grade powder) chemical reference substance |
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A complete overview of use, manufacturing and import would contribute to simpler management, thereby saving the society and the setting for severe injury and large prices. The Nordic PRs will proceed to be vital dietary supplements to REACH registration and an indispensable device for future each nationwide and worldwide regulation on PFAS and different hazardous substances. This text is protected by copyright. All rights reserved.