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USA: Re-Examining Cannabidiol: Conversion to Tetrahydrocannabinol Using Only Heat

🌐 Exploring the World of Acetonitrile: A Versatile Solvent with Growing Demand Acetonitrile, a colorless liquid organic compound, plays a pivotal role across various industries, from pharmaceuticals to plastics production. Derived through catalytic reactions involving propane or propylene, ammonia, and air, its applications are diverse and impactful. In pharmaceuticals, acetonitrile stands as a key solvent, facilitating crucial processes in drug manufacturing and development. Its role extends to chromatography, extraction, and organic synthesis, underscoring its versatility and indispensability in the field. Beyond pharmaceuticals, acetonitrile finds utility in the production of plastics, fibers, and the extraction of fatty acids from oils. Its mild odor and solvent properties make it a preferred choice in numerous industrial processes. However, despite its significance, challenges loom over the acetonitrile market. Volatility in its supply chain and environmental concerns pose hurdles to its widespread adoption. Addressing these challenges requires innovative solutions and a concerted effort from industry stakeholders. Nevertheless, the future appears promising for acetonitrile, with the global market projected to witness steady growth. By 2033, it's estimated to reach a valuation of US$ 499.17 million, fueled by its indispensable role in pharmaceuticals and analytical industries. As we navigate the complexities of modern industry, acetonitrile remains a beacon of versatility, driving innovation and progress across diverse sectors. Embracing sustainability and innovation will be key to unlocking its full potential while mitigating its environmental footprint. for further enquiries kindly email us at sae.nagpur@gmail.com #Acetonitrile #ChemicalIndustry #Pharmaceuticals #Sustainability 🌱🔬

Borates and Chelates: why are these chemical compounds so important for #ContactLensSolutions? 🔵 #Borates are the best “buffer” to keep pH levels of liquids for contact lenses stable. The rule is: the more the ph level is different from that of the tears, the more discomfort the patient will feel when putting the lens on. 🟡 #Chelates are the best ally to ensure safety and durability to contact lens solutions. Their antimicrobial action is, in fact, able to guarantee an overall disinfection of the lens and it effectively preserves the quality of the lenses over time. This is why we developed two specific ranges of solutions entirely dedicated to providing our partners with the best Specialty Borates and Chelates. If you’d like to learn more about the many applications of our solutions, get in touch with us and discover our extensive technology line-up! #SpecialtyChemicals #ContactLensSolutions #EyeCare #Pharma

Did you know that hydrogenated castor oil, beyond its traditional uses, also plays a significant role in industries like hair care and pharmaceuticals? This unique ingredient boasts a range of properties that make it incredibly valuable across various applications. Here are just a few ways hydrogenated castor oil shines: 1. Emollient and Thickener: Locks in moisture and adds texture to hair care products, creating smooth and manageable locks. ✨ 2. Lubricant and Release Agent: Used in various industrial processes for its friction-reducing properties. ⚙️ 3. Pharmaceutical Applications: Employed in coatings for tablets and capsules due to its stability and inert nature. 4. Cosmetic Ingredient: Contributes to the creamy texture and spreadability of lotions and creams. Intrigued by the diverse applications of hydrogenated castor oil? Dive deeper into its fascinating world through our blog post: https://lnkd.in/eYkzi_PN

Borates and Chelates: why are these chemical compounds so important for Contact Lens Solutions manufacturers? 🔵 Borates are the best “buffer” to keep pH levels of liquids for contact lenses stable. The rule is: the more the ph level is different from that of the tears, the more discomfort the patient will feel when putting the lens on. 🟡 Chelates are the best ally to ensure safety and durability to contact lens solutions. Their antimicrobial action is, in fact, able to guarantee an overall disinfection of the lens and it effectively preserves the quality of the lenses over time. Specialty Chemicals Larderello’s specialty Borates (LARDEREL) and specialty Chelates (SEQUEL) are appreciated in the Pharma industry all over the world. In case you’d like to learn more on the many applications of our solutions, you can have a look at our website. Click on the link in the first comment and learn more on our rich technology line-up! #SpecialtyChemicals #ContactLensSolutions #EyeCare #Pharma

Discover formulation success with SeraNovo's LiDES technology, addressing the challenge of low aqueous solubility! Our latest case study shows a 2.75x increase in bioavailability compared to an ASD! But what is LiDES? In essence, it is the synthesis of eutectic solvents and lipids delivering 10x the drug load with much more bioavailability. Case Study Highlights: ✅ Significant Bioavailability Enhancement ✅ Simple Manufacturing ✅ Physical Stability Download the case study and learn how we achieved higher bioavailability and 30% drug loading using our proprietary LiDES formulations platform! https://lnkd.in/edQcgaaz #SeraNovo #SolvingtheInsoluble #LiDES #CaseStudy

Amidinothiourea 1. Properties of amidinothiourea: English alias: Aminoiminoethyl thiourea; Guanylthiourea Other names: 1-amidine-2-thiourea, 2-imino-4-sulfide biuret, Guthimine Appearance: Milky white crystalline powder Melting point: above 159.5 ℃ (complete melting) Solubility: Soluble in methanol. Slightly soluble in water (about 3%). Insoluble in BTX class Molecular formula: C2H6N4S Molecular weight: 118.16 CAS NO.: 2114-02-5 EINECS NO.: 218-308-0 HS NO.:29309090 2. Use: ⑴It can be used as raw materials for pharmaceutical products. Itself has antihypoxic activity, used as an intermediate of motidine. ⑵ Can be used as metal surface treatment agent (rust prevention agent) ⑶ Can be used to remove residual chlorine in wastewater ⑷ It can be used as a pickling catalyst for steel plate substrate ⑸ Mixed with hydrogen peroxide, the water can be treated with antibacterial

Phenol, commonly known as Carbolic Acid, is a widely-used antiseptic that comes in both pure crystal form and highly concentrated solutions. In the past, it was a key ingredient in the production of Carbolic Soap. Today, concentrated liquid phenol is utilized in medical procedures such as chemical matrixectomy for ingrown toenails and fingernails, as well as a local anesthetic in otology for procedures like myringotomy and tympanotomy tube placement. Additionally, low-concentration phenol sprays are effective in soothing sore throats. For more information about uses, properties, history and specification of Phenol follow the link below or contact us today. https://lnkd.in/ePg4czKV #phenol #supplier #bhmchemicals #antiseptic

Surfactants are the most common additives in dissolution media. They can act as wetting agents or increase solubility, but their use isn't without challenges. Using too much surfactant can lead to in-discriminatory profiles, and even when using an appropriate amount you can have other technical challenges. Surfactants are helpful when dealing with poorly water soluble drugs. They increase wetting of hydrophobic drugs by lowering interfacial tensions between the solid drug particles and the dissolution media. At higher amounts above the CMC (critical micelle concentration), they increase the solubility of the drug itself. Since surfactants can alter the #solubility of the drug itself, you need to be careful not to add too much to the media and lead to artificially high release rates or indiscriminate dissolution profiles.There are many types of surfactants which are used in dissolution and have different activities based on their chemistry. They can be positively or neagatively charged, as well as neutral. When choosing a surfactant, as well as an amount to use, you should test multiple surfactant types in your dissolution media. Determine which surfactants, and at which levels, are able to help you achieve sink conditions of your drug. You can do this easily by weighing your label claim equivalent dose into a volumetric flask about 1/3 the volume of your dissolution media, filling it with your dissolution media containing #surfactant, and shaking it for an hour. You can create multiple #pH media, with multiple surfactants and create a very quick visual screening process for some potential media and surfactant combinations. If you find you have dissolved the drug, you can do a second wave of experiments backing down the amount of surfactant. Some common surfactants to try are SLS, CTAB, Tween, Triton X, and bile salts. Of these, #SLS is the most common - but not without issues.