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Dimethyl Sulfoxide (DMSO): History, Chemistry, and Outlook

Historical Development

Dimethyl Sulfoxide—called DMSO by pretty much everyone who’s ever had to clean glassware in an organic synthesis lab—has a story that doesn’t get enough attention outside the chemistry world. In the 1860s, Russian scientist Alexander Zaytsev noticed something peculiar with by-products while working with methyl groups and sulfur compounds. Back then, few cared. Fast-forward to the 1950s: chemists realized DMSO’s solvent power blew standard fare like acetone and ethanol out of the water. Pharmacologists took note, since DMSO did more than dissolve odd compounds—it also carried medicines right through the skin. That property set off excitement and debate, especially after Stanley Jacob started putting DMSO on everyone’s radar as a potential healer. Decades of government regulations and safety studies followed, with DMSO bouncing between being "miracle drug" and "lab chemical to avoid at all costs." Lessons from DMSO’s rollercoaster ride say plenty about how science, medicine, and regulation rub together, sometimes with rough edges.

Product Overview

DMSO’s reputation is double-edged. Some see it just as a heavy-duty solvent, perfect for pulling stubborn organics out of sticky residue. Others see health potential: as a pain reliever, anti-inflammatory, arthritis salve, or for cryopreservation. In the pharmacy, it lands in prescription gels and medical supplies. Labs use it as a workhorse for encouraging reactions that flounder in more polite conditions. Industry, research, agriculture—each handles DMSO like a seasoned tool, sometimes with gloves, but always with respect. Among chemical professionals, DMSO stands out for being almost too eager to mix with and transport other materials, including across biological membranes or into cell interiors, a characteristic that has both sped up research and increased caution.

Physical & Chemical Properties

DMSO sits on the shelf as a clear, colorless liquid, heavy for its size because of the oxygen and sulfur holding its frame together. Pouring from the bottle, you get a faint garlicky odor—that sulfur atom gives it away every time. The boiling point sits just over 189°C (372°F), which keeps it around in processes that would boil most other solvents away. High miscibility lets it blend into water, alcohol, acetone, chloroform, and plenty of organic solvents. Its polar, aprotic nature means DMSO doesn’t go around donating protons but still hosts a strong electric field, so it stabilizes a variety of ions and radicals that demand both space and electronic shelter. Dielectric constant? About 47 at room temperature, which makes it great for dissolving salts and stabilizing transitions for tricky syntheses. Visually boring, but a serious workhorse behind the scenes.

Technical Specifications & Labeling

Technical-grade DMSO typically comes with a purity rating above 99%. Most commercial bottles specify water content, refractive index, and acidity levels. Researchers and process engineers often watch for QR codes or batch certificates, tracking everything: source, lot number, residual water, even trace metals. Labeling includes GHS (Globally Harmonized System) signs: corrosion, exclamation mark for irritation, sometimes the health hazard for chronic effects. Industrial drums ship with tamper-evident seals, vented caps, and chemical-resistant labels warning workers about exposure risks. Tracking detailed analytics within the supply chain assures both safety and regulatory compliance, especially when used for anything destined for medical devices or pharmaceuticals.

Preparation Method

Manufacturing DMSO at scale involves oxidizing dimethyl sulfide, usually pulled from the petrochemical stream. The process relies on a controlled trickle of oxygen or hydrogen peroxide over a catalyst, sometimes a metallic oxide. Done right, this produces DMSO without dropping piles of sulfur-containing waste. The final product gets distilled, cleaned with deionized water, re-distilled, and tested until cloudiness, residual odor, or permanganate reduction hits industrial thresholds. While the overall reaction strategy hasn’t changed much since the 20th century, improvements in catalyst lifespan and process containment brought environmental footprints down, tightening safety controls and protecting every worker on the floor.

Chemical Reactions & Modifications

DMSO isn’t just a passive solvent. It gets used as a reagent in dozens of staple organic syntheses. For folks at the bench, Swern oxidation comes up often, turning alcohols into aldehydes or ketones without frying the whole product. The methyl groups stick around, but the S=O center participates in transferring oxygen, orchestrating subtle transformations. In other cases, DMSO gets used to activate carboxylic acids for amide bond formation, a key step in protein and peptide chemistry. Some researchers modify DMSO to generate methylsulfinyl derivatives, while others use it as a start point for making sulfolane or other specialty solvents. While the mainstream isn't rushing to modify DMSO’s core, its radical reactivity under UV or with strong bases inspires caution and creativity in equal measure.

Synonyms & Product Names

Ask around, and you’ll hear DMSO in several forms: dimethyl sulphoxide in UK settings, methyl sulfinyl methane in certain petrochemical catalogs, or sometimes just by trade names like Rimso-50 or Dimeskin in pharmaceutical circles. Academic papers sometimes use Me2SO or DMSO, abbreviations that save space but never fully capture the big personality of such a little molecule.

Safety & Operational Standards

Anyone who’s spilled DMSO on bare skin remembers the odd taste in their mouth, sharp and garlicky, in under a minute. DMSO’s ability to carry chemical substances through skin makes it both valuable and hazardous. Absorption happens fast, so labs and factories set firm standards: full nitrile gloves, splash goggles, lab coats, and well-ventilated hoods as standard equipment. Chronic exposure to concentrated DMSO can cause skin irritation or detrimental changes in blood chemistry. Regulatory authorities require strict labeling, accessible Safety Data Sheets, employee training, and clear emergency wash stations. In the workplace, keeping DMSO out of food areas, trash, and incompatible storage is a daily routine. Liquid tight drums and strict separation from acids and oxidizers keep incidents rare.

Application Area

The reach of DMSO covers chemistry, biology, medicine, agriculture, and high-tech processing. Synthetic chemists swear by its ability to dissolve almost anything worth analyzing by NMR or mass spectrometry. Cell biologists rely on DMSO as a cryoprotectant that keeps cells alive when temperatures dive well below freezing. Hospitals use DMSO as part of the solution for bladder inflammation and as an emergency option for preventing tissue death after chemotherapy leaks out of a vein. In agriculture, it's a carrier and absorption booster for pesticides and fungicides, helping solutions sink deeper into plant vessels. Certain electronics manufacturers dip into DMSO to clean delicate circuit boards or dissolve residues during chip fabrication. Every field that values versatility finds a way to fold DMSO into their routines, even if it comes with additional training and oversight.

Research & Development

Ongoing research projects around the world probe DMSO’s unexplained trickery. Some scientists look for new ways to exploit its membrane-crossing skills without triggering toxic side effects. Drug developers in the biotech space experiment with DMSO for topical pain formulations that bypass oral or systemic exposure. Teams in regenerative medicine blend DMSO with glycerol or sugar-based solutions to store stem cells and engineered tissues for future therapies. Analytical chemists continue to innovate, using DMSO’s wide solvency to dissolve polymers, complex proteins, or even nanomaterials for high-resolution spectra or separation studies. Environmental chemists assess ways to recycle or degrade DMSO more efficiently, minimizing traces making their way from research drains into municipal water supplies.

Toxicity Research

Toxicologists have been asking tough questions about DMSO since the 1960s. On one hand, short-term exposure in animals rarely leads to lasting damage, and concentrations below 10% seem tolerated by most human cells in vitro. Larger doses or direct skin exposure, though, can provoke headaches, nausea, skin rashes, or temporary changes in blood markers. In rodents and dogs, super-high concentrations have hinted at liver or reproductive disruption, though controlled use in medical settings nearly always falls below those thresholds. Long-term human follow-ups, especially among those using medical-grade DMSO for pain or joint treatments, suggest mostly low toxicity with proper application. Even so, researchers regularly review strange cases, refine recommendations, and keep a close eye on cumulative exposure, especially for lab and factory workers. Regulatory agencies, never content with outdated data, demand fresh evidence for each new application.

Future Prospects

The future of DMSO might not look like the wild miracle days of the 1960s, but innovation rolls forward. Pharmaceutical firms are developing DMSO-derivative carriers for targeted drug delivery, hoping to minimize risks while riding the molecule’s transport strengths. Synthetic specialists explore DMSO blends for faster, cleaner, and greener reactions, angling for cost savings and smaller environmental impacts. Cryopreservation experts aim to replace old, toxic blends with DMSO-rich formulations that keep more cells alive and more tissue functional for transplants, research, and conservation. Teams in agriculture and materials science chase new uses for DMSO’s solvent power, whether unlocking plant defenses or helping recycle complex plastics. Keeping worker safety and transparent labeling in front, the next decade of DMSO use promises steady, responsible growth—a model for the balance between raw chemical power and practical, human-centered oversight.



What is Dimethyl Sulfoxide (DMSO) used for?

The Many Roles of DMSO

People who work in medicine and laboratories bump into DMSO all the time. This clear, almost odorless liquid starts with a pretty humble origin, as it comes from wood pulp during paper-making. Over time, it built up quite a reputation for helping in places where other chemicals simply don’t pull their weight.

DMSO Steps Into the Medical World

Doctors noticed right away that DMSO passes through skin like it’s not even there. That characteristic opened a whole new world for pain relief creams and gels. In fact, plenty of folks who deal with chronic joint pain or arthritis swear by DMSO-based rubs. DMSO helped them feel better when other options on the pharmacy shelf left them frustrated.

Horses and dogs have their own loyal following when it comes to DMSO. Veterinarians count on it for injuries, swelling, or inflammation. In the world of sports, trainers often keep a bottle handy for muscle soreness and sprains, because it goes deep—not just sitting on top of the skin. This hit home for me working with a local animal rescue; seeing how fast it eased the swelling on an injured dog really changed my perspective.

The Lab Bench Favorite

Anyone who’s worked in a research lab probably knows DMSO as a reliable solvent. With DMSO, stubborn compounds that refuse to dissolve in water start mixing pretty easily. This matters a lot in drug discovery and testing, since scientists spend countless hours dissolving substances for experiments. Without DMSO, running tests on potential new medicines would turn into a headache quickly.

Cryopreservation comes up in almost every cell biology lab. DMSO protects delicate cells when freezing them, for example, stem cells or immune cells. It keeps cells alive and intact for future research or even treatments for certain diseases. This kind of work requires absolute trust in the chemicals being used—so the fact that DMSO is a go-to, after years of scrutiny, speaks volumes.

Other Odd Jobs

Some folks use DMSO as an industrial cleaner, especially for electronics. It scrubs tough residues where water-based cleaners fall short. Certain manufacturers rely on it to make plastics, resins, or even in agriculture to help other chemicals do their job more easily.

There are always stories floating around about miracle cures or extreme home remedies online. DMSO’s strength raises concerns too. The same property that lets it move quickly through skin can pull other, sometimes harmful, substances along for the ride. It’s not approved as a universal remedy and it has side effects—skin irritation, garlic-like breath, and possible reactions. Doctors don’t want to see people treating it like a cure-all and risking their health in the process.

Balancing Use and Safety

People need more straight talk and clear guidance on chemicals like DMSO. Regulatory agencies, hospitals, and community health programs should get honest about both its benefits and its dangers. There’s a place for DMSO in medicine and science, no question. I’ve seen how much it can help in hands that respect its power. Education and honest labeling, along with responsible use, will help get the most from DMSO without bringing unnecessary risks to the table.

Is DMSO safe to use on skin?

Understanding DMSO and Its Appeal

DMSO, or dimethyl sulfoxide, has developed a bit of a reputation as a sort of “miracle solvent.” It’s been a staple in veterinary clinics and certain corners of alternative medicine for decades. Some folks use it for aching joints, bruises, and even to treat skin conditions. Its ability to carry other substances through the skin makes it attractive for pain relief and anti-inflammatory uses, even though that same property causes most of the concerns about safety.

Personal Experiences and the Allure of Quick Relief

I’ve talked with people who swear by DMSO for sore knees or pulled muscles. There’s no denying—if you’re hurting and conventional lotions don’t touch the pain, a bottle of something that promises deeper relief starts to look really good. The problem is, the stuff you buy for horses at the feed store isn’t the same as purified options for human use. Even medical-grade DMSO can produce a strange garlic taste in your mouth, and it isn’t risk-free.

What Research Really Says About the Risks

The science behind DMSO paints a mixed picture. The FDA has only approved it for interstitial cystitis (a bladder condition). Some studies highlight its ability to reduce inflammation and pain, but those same studies also point out irritation, rashes, and even blistering, especially when used on the skin. DMSO can draw impurities or chemicals on your skin straight into your system—if your hands aren’t clean or if you combine it with other creams, you might wind up with more than you bargained for.

DMSO isn’t just a stronger version of your favorite muscle rub. This solvent can thin your blood, cloud your vision, or make you feel lightheaded if you use too much or use it too often. It’s not unheard of for emergency rooms to see cases of chemical burns or allergic reactions after DMSO application.

Why the Label Matters

Labeling matters—a lot. If you grab a tub labeled for industrial use, impurities and contaminants may be mixed in. Medical-grade DMSO is much more tightly controlled. That separation matters because if you're dealing with anything that moves chemicals so efficiently across your skin, purity can't be taken lightly.

The Importance of Medical Guidance

Doctors and pharmacists see the dangers firsthand. Even though stories about success circulate, most folks using DMSO without supervision aren’t telling the other side of the story—the irritation, the reactions, the surprises after a few uses. Health professionals know your full picture, including medications or conditions that could interact with DMSO, like blood thinners or sensitive skin.

Steps Toward Safer Use and Alternatives

No one wants to be in pain. But if you’re tempted to try DMSO, especially something off the shelf at the hardware store or animal supply, think twice. If it sounds too good to be true, it might be. Sticking to options approved by the FDA, using only pure products as directed by a doctor, and staying away from risky combinations are the safest way forward. Nonsteroidal creams, physical therapy, or just a cold pack may not sound as exciting, but they come with a lot fewer unknowns.

Let’s keep the conversation going with health providers and not just rely on online forums or testimonials. Safety sometimes means choosing the boring route and saving yourself a big headache—or a trip to the emergency room.

Are there any side effects of using DMSO?

Digging Into Real Risks

DMSO, short for dimethyl sulfoxide, has earned its share of attention for its pain-relieving and anti-inflammatory qualities. Folks rub it on sore muscles or use it for arthritis, swearing by quick relief. Seeing the bottle on a coworker’s desk or hearing about it at the gym raises questions about safety. People talk about DMSO like it’s a miracle, but anything powerful enough to do good can also do harm.

Understanding Where Trouble Starts

The most common side effect hits you almost right after putting DMSO on your skin—a strong smell, like garlic or oysters. I’ve sat in waiting rooms where the scent lingers long after someone leaves. This happens because DMSO gets absorbed fast, entering the bloodstream and working its way out through sweat and breath. It’s harmless in most cases, though it can be embarrassing.

It doesn’t stop at odd smells. Some users develop skin irritation: redness and itching, sometimes even a rash. Where the solution is strong, or the skin is sensitive or broken, these symptoms ramp up. Medical research, including reviews from the U.S. Food and Drug Administration and clinical studies on arthritis patients, points out these reactions happen often enough to be taken seriously.

Going Beyond the Surface

A lesser-known issue comes in the form of headaches, dizziness, or nausea. Since DMSO seeps into the blood, it doesn’t just stay at the surface. In my experience talking with clinicians, rare but real cases of increased liver enzymes and changes in kidney function have shown up, especially in folks who use DMSO over a long stretch or in higher doses. The FDA tightly restricts approved uses largely because of these risks.

Eyes tell another story. Accidental contact can cause burning, watering, and blurry vision, sometimes sticking around longer than you’d expect. Basic safety demands washing hands right after use and keeping the bottle far from the face.

Biggest Concerns and the Search for Balance

DMSO acts like a solvent—it loves to carry stuff with it. Researchers warn that it can pull not only the intended medication but also dirt or other unwanted chemicals into your system. Using DMSO with non-sterile supplies increases the odds of infection or toxic exposure. I’ve heard from folks who learned this the hard way, ending up with chemical burns after mixing homemade creams.

The main risk comes not from DMSO itself but from misuse. Sales of DMSO in health stores sometimes outpace real, evidence-backed guidance. Buyers see it as harmless, yet the track record for unsupervised use raises alarm bells. The FDA limits medical DMSO for specific conditions mainly to protect people from these pitfalls.

Working Toward Safer Use

Safer use begins with clear labeling, honest education, and listening to medical advice. People should treat DMSO not just as a pain remedy but as a substance that needs care and respect. Simple steps—using medical-grade product, keeping treated skin clean, checking with a doctor before blending it with other medications—help avoid unwanted outcomes. Researchers keep searching for better answers, from smarter applications to clearer guidelines, so people can tap the relief DMSO brings without opening the door to bigger problems. Trust—whether in products, clinics, or personal judgment—grows stronger where good information flows freely.

Can DMSO be mixed with other medications or substances?

Understanding DMSO's Power

DMSO, or dimethyl sulfoxide, comes from the world of industrial solvents, but over the years, folks found it useful for treating pain and inflammation. Some swear by it for everything from arthritis to sports injuries. DMSO is famous for its ability to carry chemicals across the skin barrier. A simple rub-on gel or liquid can send medicine deep beneath the surface—sometimes straight into the bloodstream.

Why Mixing With Other Meds Raises Red Flags

Having spent years talking to clinicians and researchers, I’ve seen DMSO spark both hope and worry. Here’s what experience has taught me: mixing DMSO with other drugs creates real risks. Its strong penetration properties don’t just amplify benefits—they pull everything along for the ride, whether that’s a painkiller or an unintended toxin.

There are published reports of cases where people blended DMSO with topical antibiotics or steroids, thinking it would boost healing. Instead, the body absorbed far more drug than expected, leading to allergic reactions or drug toxicity. Remember, skin acts as a pretty good barrier most days; DMSO opens that floodgate.

Real-World Problems With Mixing

It’s not just about what drug DMSO delivers, it’s also about what else sits on or under the skin. Mixing it with strong creams, perfumes, pesticides, or unproven home remedies may let those chemicals sneak into the body. Some stories tell of folks mixing DMSO with lidocaine, a numbing agent, and ending up with dizziness or even heart rhythm issues from unplanned high doses.

Just because you see something on social media doesn’t mean it’s safe. Some people recommend home “pain relief cocktails” with DMSO and over-the-counter meds. They’re taking a gamble. The medical evidence just doesn't back that up, and the risks are real.

What the Experts Say

The FDA only approves DMSO for certain bladder and veterinary uses. For everything else—including topical use on joints or skin—doctors work off-label. That means there are no official guidelines to mix DMSO with other substances. Organizations like the Mayo Clinic warn people to avoid combining it with drugs unless their doctor gives the green light. Drug absorption rates can swing wildly. Blood thinners, anti-inflammatories, even everyday aspirin can reach dangerous levels if DMSO pulls them in fast. For folks already on several meds, the chance of a bad drug interaction climbs.

Protecting Yourself and Safe Options

If someone wonders about trying DMSO, talk to a licensed healthcare provider. They can check whether it might interact with prescriptions, over-the-counter drugs, or even vitamins. Pharmacists offer helpful insight—some have seen firsthand what can go wrong.Researchers keep searching for ways to safely use DMSO’s delivery powers, perhaps by designing drugs specifically to go with it. Until then, mixing DMSO with other medicines, unless carefully overseen by a professional, just isn't worth risking your health.

Trusting peer-reviewed research and professional advice, not internet shortcuts, stands as the surest way forward. DMSO helps some patients under supervision, but its unpredictability demands respect.

Where can I buy pharmaceutical grade DMSO?

Pharmaceutical Grade DMSO: Not Your Everyday Product

People ask about buying pharmaceutical grade DMSO thinking it’s a simple online search, like picking up vitamins or protein powder. That’s not the reality. DMSO shows up in medical and industrial settings and has a reputation for both promise and controversy.

From the 1960s, DMSO piqued interest across medical research for its ability to penetrate skin and tissue. Medical uses remain rare in the United States since the FDA only approved DMSO for interstitial cystitis, a painful bladder condition. Some folks look for it to use as a solvent in labs, others chase it for unapproved health remedies, hoping to ease pain or reduce inflammation. This mix creates confusion about where to purchase it safely—and legally.

Why Regulation Matters

The label “pharmaceutical grade” demands careful attention. At this quality, DMSO meets or exceeds the standards set out in United States Pharmacopeia-National Formulary (USP-NF) monographs. That means less than 0.1% impurity, with heavy metals and solvents tested. Anyone who wants this grade, whether for animal or human use, needs to approach trusted sources. Health supply companies and compounding pharmacies sometimes carry pharmaceutical grade DMSO, but not every state allows sale for human or veterinary use outside FDA guidelines.

Online, countless websites advertise “pharmaceutical grade” DMSO. This doesn’t guarantee what arrives meets any actual standard. Genuine vendors provide a certificate of analysis and, if asked, submit third-party lab results. Price often signals quality—rock-bottom offers tend to mean industrial grade or diluted products. The difference matters. Industrial DMSO, often sold for cleaning, isn’t filtered for trace toxins or unsafe additives.

Risks of Unregulated Products

People who use anything other than pharmaceutical grade DMSO put themselves at risk. Impure DMSO drags along contaminants straight into the body. Case studies and toxicology reports have documented severe skin irritation and systemic toxicity from impure batches. Stories float around message boards about adverse reactions—rashes, headaches, and strange tastes—but these experiences offer no safety data or dosage consistency.

Personal experience working in research—handling DMSO weekly—highlights the need for purity. Even small contaminant loads in animal models created unexpected symptoms. In the lab, we triple-checked suppliers, required batch numbers, and disposed of anything off-spec. I would never buy DMSO from a vendor that can’t answer questions or provide credentials.

How to Buy It Safely

Anyone considering the use of DMSO with medical intent should talk to a doctor first. Physicians know how to obtain prescription-grade DMSO for legitimate uses. For research or lab needs, established chemical suppliers such as Sigma-Aldrich, Fisher Scientific, or VWR stock certified pharmaceutical grade DMSO. These companies only sell to institutions or licensed professionals.

Some compounding pharmacies fill orders for certain conditions after a doctor’s approval. Local laws shape what pharmacies can dispense, and regulations shift every few years. Pharmacies worth trusting gladly share documentation and testing results.

Before buying DMSO, ask about lab analysis, request purity data, and confirm the identity of the product. Skip web shops making wild claims or offering miracle cures. Turning to expert-backed sources means less risk, no guessing games with your health, and a real shot at getting what the label claims.

Dimethyl Sulfoxide(DMSO)
Names
Preferred IUPAC name methylsulfinylmethane
Other names Methyl sulfoxide
Dimethyl sulphoxide
DMSO
Sulfinylbismethane
Methyl sulfoxide
DMSO2 (incorrect)
Dimethyl sulfoxide
Pronunciation /daɪˈmiːθəl sʌlˈfɒksaɪd/
Identifiers
CAS Number 67-68-5
Beilstein Reference Beilstein Reference: 1209224
ChEBI CHEBI:28262
ChEMBL CHEMBL630
ChemSpider 7917
DrugBank DB01093
ECHA InfoCard 03f4381c-6f6e-4670-ab81-7a5e5bd8ed81
EC Number 200-664-3
Gmelin Reference 7361
KEGG C02325
MeSH D003712
PubChem CID 679
RTECS number PV6210000
UNII YD1C29LBTM
UN number UN1993
CompTox Dashboard (EPA) DTXSID7020172
Properties
Chemical formula C2H6OS
Molar mass 78.13 g/mol
Appearance Colorless transparent liquid
Odor Odorless
Density 1.100 g/cm3
Solubility in water miscible
log P -1.3
Vapor pressure 0.49 mmHg (25°C)
Acidity (pKa) 35
Basicity (pKb) pKb ≈ 35
Magnetic susceptibility (χ) –18.8 × 10⁻⁶ cm³/mol
Refractive index (nD) 1.479-1.481
Viscosity 1.99 cP (at 20°C)
Dipole moment 4.09 D
Thermochemistry
Std molar entropy (S⦵298) 163.0 J·mol⁻¹·K⁻¹
Std enthalpy of formation (ΔfH⦵298) -108.0 kJ/mol
Std enthalpy of combustion (ΔcH⦵298) -1346.3 kJ/mol
Pharmacology
ATC code M04AX03
Hazards
GHS labelling **GHS07, GHS08**
Pictograms GHS05,GHS07
Signal word Warning
Hazard statements Harmful if swallowed. Causes serious eye irritation. May cause respiratory irritation.
Precautionary statements P210, P280, P305+P351+P338, P337+P313
NFPA 704 (fire diamond) 1-1-0
Flash point The flash point of Dimethyl Sulfoxide (DMSO) is "87°C (189°F)
Autoignition temperature 300 °C (572 °F)
Explosive limits Not explosive
Lethal dose or concentration LD50 Oral - rat - 14,500 mg/kg
LD50 (median dose) LD50 (median dose): 14,500 mg/kg (rat, oral)
NIOSH WS4250000
PEL (Permissible) PEL: Not established
REL (Recommended) 50 ppm
IDLH (Immediate danger) No IDLH established
Related compounds
Related compounds Sulfoxide
Dimethyl sulfone (DMSO2)
Methanethiol
Dimethyl sulfide (DMS)
Methylsulfinylmethane