Search or ask a question

Can I use peptides and benzoyl peroxide together?

Exothermic reaction

Hydrogen peroxide

Benzoyl peroxide

Answers from top 6 papers

PDF

Open Access

More filters

Papers (6)	Insight
Journal Article•DOI Controlled release of benzoyl peroxide from a porous microsphere polymeric system can reduce topical irritancy. Ronald C. Wester, Rajesh Patel, Sergio Nacht, James J. Leyden, Joseph Melendres, Howard I. Maibach - Show less +5 more 01 May 1991-Journal of The American Academy of Dermatology 84 Citations	This controlled release of benzoyl peroxide to skin can alter the dose relation that exists between efficacy and skin irritation.
Journal Article•DOI Thermal hazard analyses for the synthesis of benzoyl peroxide Yong Zhang, Lei Ni, Juncheng Jiang, Jun Jiang, Wenxin Zhang, Jiajia Jiang, Mingguang Zhang - Show less +6 more 01 Sep 2016-Journal of Loss Prevention in The Process Industries 34 Citations	Therefore, the safety level of synthesis of benzoyl peroxide can be significantly improved by using Na 2 CO 3 solution.
Journal Article•DOI Benzoyl peroxide solubility and stability in hydric solvents. Eric M. Chellquist, William G. Gorman - Show less +1 more 01 Oct 1992-Pharmaceutical Research 44 Citations	Thus, solution formulations of benzoyl peroxide in pharmaceutically acceptable solvents are unlikely to show good stability; however, suspension formulations should be reasonably stable if the vehicle is selected to provide low benzoyl peroxide solubility.
Journal Article•DOI Enolization and oxidation: II. Oxidation of ferrocene by molecular oxygen and hydrogen peroxide in acidic media J. Lubach, W. Drenth - Show less +1 more 01 Jan 1973-Recueil des Travaux Chimiques des Pays-Bas 21 Citations	Probably, hydrogen peroxide is an intermediate.
Journal Article•DOI Consideration on the formulation of benzoyl peroxide at ambient temperature: choice of non-polar solvent and preparation of submicron emulsion gels. F. Nielloud, J.P. Mestres, Gilberte Marti-Mestres - Show less +2 more 08 Aug 2002-Drug Development and Industrial Pharmacy 8 Citations	These studies confirm the potential of benzoyl peroxide incorporation into submicron emulsion gel and the stability of this formulation.
Journal Article•DOI Modification of model ethylene–butene copolymers using an organic peroxide Claudio Javier Pérez, Enrique M. Vallés, Marcelo Daniel Failla - Show less +2 more 26 Jan 2005-Polymer 10 Citations	The efficiency of the peroxide as cross-linking agent seems to be dependent on the concentration of peroxide.

My columns

Related Questions

Can I mix peptides and BHA?7 answers

Can I use peptides while on Accutane?6 answers

Can peptides burn your skin?4 answers

Can you take peptides with testosterone?5 answers

Can you use peptides and BHA together?4 answers

Can you use peptides on Accutane?10 answers

See what other people are reading

How much research has been done on sustained-release of poorly water-soluble drugs?

A significant amount of research has been conducted on the sustained release of poorly water-soluble drugs. Various techniques have been explored to enhance the solubility and controlled release of such drugs, including solid dispersion, micronization, salt formation, inclusion complexation, nano-suspension, supercritical processing, cryogenic technologies, and the development of core-shell hydrogels. These approaches aim to overcome the challenges posed by the poor aqueous solubility of drugs, ensuring sustained and controlled release over an extended period. The utilization of natural ingredients like palygorskite and chitosan in combination with model drugs such as ethambutol has shown promising results in achieving prolonged release profiles and improved stability of the administered product.What are method for preparation of granules from herbal crude extract?

Granules from herbal crude extracts can be prepared using various methods outlined in the research papers. These methods include steps such as cleaning, drying, cutting, mixing, heating, and manufacturing extracts. The preparation process involves extracting active ingredients from herbs, concentrating the extracts, and then granulating them to form the final product. Techniques like vacuum concentration, vacuum freeze drying, ultrasonic extraction, and spray drying are commonly employed in the preparation of herbal granules. By following these detailed procedures, the resulting granules can have high active ingredient content, stability, and a high rate of finished products, ensuring the effectiveness and quality of the herbal extract granules.Yield of bead milling for cell disruption of c. vulgaris?

Bead milling has been shown to be an effective method for cell disruption of Chlorella vulgaris, with varying yields reported across different studies. In one study, bead milling resulted in a lipid extraction yield of 15.2% using optimized conditions. Another study found that bead milling achieved a higher yield of 17.6% for lipid extraction from C. vulgaris. Additionally, research investigating the influence of bead milling on lipid and pigment extraction reported a significant increase in total lipid extract yield by 16% under specific operating conditions. These findings collectively highlight the efficacy of bead milling as a cell disruption method for extracting lipids from C. vulgaris, showcasing its potential for various applications in bioactive compound production.Yield of efficiency of bead milling for cell disruption of c. vulgaris?

Bead milling has been proven to be an efficient method for cell disruption of C. vulgaris, leading to high yields of bioactive compounds. Studies have shown that bead milling can achieve significant lipid extraction from C. vulgaris, with extraction yields ranging from 13.9% to 17.6% using different solvent combinations. Additionally, bead milling has been highlighted as a method that can handle a large volume of cells, making it economical and productive, especially when operated in a continuous mode. The release kinetics of pDNA in a bead mill have also been studied, demonstrating its efficiency for the release of important biomolecules from C. vulgaris cells. Overall, bead milling stands out as a promising and effective technique for cell disruption of C. vulgaris, offering high efficiency and optimal yields of bioactive compounds.Yield of cell disruption of c. vulgaris using bead mill? in percentage?

The yield of cell disruption of Chlorella vulgaris using a bead mill was found to be 17.6% for chloroform–methanol solvent combination and 13.9% for hexane–ethanol solvent combination. Additionally, a study on the release kinetics of pDNA in a bead mill showed that the optimized conditions for pDNA(t) yield were 13.26 mg/g dcw (93.41% recovery) and for pDNA(sc) yield were 7.65 mg/g dcw (92.05% recovery). Furthermore, a comparative evaluation of different cell disruption methods for lipid extraction from marine C. vulgaris cells revealed that bead milling resulted in a lipid concentration of 29%. These findings highlight the efficiency of bead milling as a cell disruption method for extracting lipids from Chlorella vulgaris, with yields ranging from 13.9% to 29%.How does temperature affect the amount of acetylsalicylic acid in aspirin tablet using back titration?

Temperature plays a crucial role in the stability and amount of acetylsalicylic acid in aspirin tablets when using back titration. The study on enteric-coated aspirin tablets revealed that storage at elevated temperatures of 60°C led to the formation of whiskers on tablet surfaces, affecting the stability of acetylsalicylic acid. Additionally, the solubility of acetylsalicylic acid in various solvents was investigated over a temperature range, showing that temperature influences the saturation point of the solutions. Moreover, the study on the stability of aspirin under moisture and heat conditions demonstrated that the degradation rate constant of aspirin is affected by temperature and humidity, following an Arrhenius equation multiplied by an exponential item of relative humidity. Therefore, higher temperatures can potentially impact the amount and stability of acetylsalicylic acid in aspirin tablets during back titration.How to use data science for skin?

Data science techniques are extensively employed in skin research, particularly in the field of skinomics. These methods aid in analyzing large datasets related to skin biology, dermatology, and skin pathologies. For instance, machine learning and deep learning algorithms are utilized for non-invasive diagnosis of skin lesions, such as skin cancer, by processing optical data like reflectance and autofluorescence spectra. Moreover, data mining approaches are applied to predict the transdermal penetration of drug molecules based on their physicochemical properties, enhancing drug delivery through the skin. Additionally, data-driven quantification of skin aging is achieved through image analysis and machine learning, providing a more objective assessment of skin aging processes. These diverse applications showcase the significant role of data science in advancing skin research and healthcare.Which electrolyte to use to reveal grains of AA5083?

To reveal grains of AA5083, the appropriate electrolyte to use is a 3.5% NaCl solution for anodic polarisation. Additionally, for lithographic printing plates, aluminum can be electrolytically grained in aqueous solutions containing nitric and/or hydrochloric acids along with hydrogen peroxide, aluminum nitrate, and/or aluminum chloride. Another effective electrolyte solution for graining aluminum, particularly for lithographic printing plates, includes hydrochloric acid and boric acid in concentrations that prevent the formation of pits even at high electrolytic current densities. Furthermore, the process of electrochemical graining on aluminum alloys involves specific parameters like alternating current graining, anodizing, and chemical coloring, with the use of NaBO2-H3BO3 system as a film-forming solution.What purpose Effect of solvent polarity up on Rf value of alkaloid?

The effect of solvent polarity on the Rf value of alkaloids is significant. Solvent polarity plays a crucial role in the extraction and separation of alkaloids. The polarity of the solvent influences the spectral changes and fluorescence properties of alkaloids. Different solvents can induce shifts in absorption and emission maxima of alkaloids, affecting their behavior in solution. The polarity of the solvent can also impact the interaction of alkaloids with biomolecules like DNA, leading to changes in fluorescence intensity and lifetime. Moreover, solvent polarities have been linked to the Re values of nitro compounds, showcasing the importance of understanding solvent polarity in various chemical interactions. Overall, solvent polarity is a crucial factor that influences the behavior and properties of alkaloids in different chemical processes.What are advantages of SPE?

Solid Phase Extraction (SPE) offers several advantages in various fields. Firstly, SPE technology allows for the efficient extraction and purification of target compounds from complex sample matrices. Secondly, SPE devices can streamline the quantitative analysis pretreatment of proteins, enhancing recovery rates, ease of operation, and result accuracy. Additionally, the synthesis method of SPE involves safer and more environmentally-friendly practices compared to traditional methods, utilizing low-toxicity solvents and inhibiting side reactions effectively. Moreover, SPE membrane electrodes in electrolytic cells exhibit a simple structure, reduced material consumption, and improved connecting strength, enhancing overall productivity and cost-effectiveness. Overall, the advantages of SPE encompass improved efficiency, environmental friendliness, cost-effectiveness, and enhanced analytical capabilities in various applications.What is the standard chloroform extraction method for GC analysis ?

The standard chloroform extraction method for GC analysis involves various techniques. One method utilizes in situ solvent formation-liquid phase microextraction with chloroform as the extraction solvent. Another approach uses carbon tetrachloride as an internal standard substance, n-pentane or n-heptane as the extraction agent, and gas chromatography for analysis. Additionally, a solid phase microextraction coupled with gas chromatography-mass spectrometry method has been developed for analyzing chlorobenzenes in water, optimizing SPME and GC conditions for accurate results. Furthermore, a method for fatty acid extraction, conversion to fatty acid methyl esters, and quantification using GC-MS with an internal standard is described for plant tissue analysis. These diverse methods showcase the versatility and importance of chloroform extraction techniques in GC analysis across different research domains.