N,N-Dimethylglycine is an organic compound with a clear chemical structure and stable physicochemical properties. Its common aliases include N,N-Dimethylaminoacetic Acid and Dimethylaminoacetic Acid, with a CAS Number of 1118-68-9, a Molecular Formula of C₄H₉NO₂, and a Molecular Weight of 103.120. It appears as a white crystalline solid, featuring both water solubility and moderate chemical stability. It can be stored stably under normal temperature and pressure, with only the need to avoid direct contact with strong oxidants and excessive moisture. As a metabolite that exists in small amounts endogenously in the human body, it also has the core attribute of an "amino acid building block". It can not only meet the demand for intermediates in the pharmaceutical synthesis field but also serve as a key material for research related to natural products and protein synthesis in the scientific research field.
The product has a clear melting point range (178-182℃, verified by literature values), a boiling point of 175.2±23.0℃ (under standard atmospheric pressure), a density maintained at 1.1±0.1 g/cm³, and a flash point of 59.8±22.6℃. The fluctuation range of various key parameters is small, facilitating condition control in industrial production and laboratory operations. Meanwhile, its water solubility can adapt to most aqueous reaction systems, reducing restrictions on solvent selection.
Although it has slight hygroscopicity, long-term storage can be achieved only through "sealing + cool and dry environment", without the need for special low-temperature or inert gas protection. It does not react with common non-strong oxidizing substances at normal temperature, and no complex protection procedures are required during operation, lowering the threshold for use.
The molecule contains both amino and carboxyl functional groups, and the dimethyl-substituted structure on the amino group has both hydrophilic and steric hindrance advantages. It can not only act as an "active fragment" in pharmaceutical synthesis to participate in bonding reactions but also serve as a "building block unit" for protein synthesis, adapting to various organic synthesis routes
As a key intermediate in the pharmaceutical and chemical field, this product can participate in the synthesis process of various drug molecules. Especially in the research and development of drugs containing glycine structures, the dimethyl-substituted amino structure can improve the stability and bioavailability of the target drug. Currently, it has been widely used in the preparation of intermediates for drugs related to the digestive system and metabolic system.
In biochemical and natural product research, due to its nature as a "human endogenous metabolite" and its classification under the "Natural Products - Acids and Aldehydes" category, it is often used in experimental research on topics such as protein synthesis mechanisms and intestinal metabolic pathways. It can also serve as a small molecule probe to assist in exploring the transformation rules of amino acid substances in the human body.
Relying on the characteristics of amino and carboxyl groups in its molecular structure, it also has development potential in the fine chemical field such as specialty surfactants and mild chelating agents. Its hydrophilic-hydrophobic properties can be optimized through derivatization reactions to adapt to functional requirements in different scenarios.
The product has a Customs Code of 2922499990 and is classified as "Other Amino Acids, Their Esters, and Salts (Excluding Those Containing More Than One Oxygen-Containing Group)". During transportation, it is necessary to comply with import and export regulatory requirements - a "Customs Clearance Certificate for Inbound Goods (Certificate A)" is required for import, and a "Customs Clearance Certificate for Outbound Goods (Certificate B)" is required for export. At the same time, it is necessary to cooperate with the completion of inspection and quarantine procedures such as Inbound Animal and Plant Quarantine (P) and Outbound Food Hygiene Supervision (S) (specific adjustments shall be made according to the requirements of the destination).
It is packaged in sealed polyethylene-lined cardboard drums, with a net weight per drum customizable according to requirements (conventional 25kg/drum). Warning labels such as "Moisture-Proof" and "Avoid Contact with Strong Oxidants" shall be marked on the outer packaging. The product does not need to be classified as dangerous goods during transportation (no UN dangerous goods number is marked, and it is a non-dangerous good), but it is necessary to avoid rain, exposure to sunlight, and prevent packaging damage leading to moisture absorption or contamination.
It supports various transportation methods such as road, railway, sea, and air transportation. It only needs to ensure that the transportation environment temperature does not exceed 35℃ (to avoid slight melting of crystals due to high temperature). Normal temperature operation is allowed for short-distance transportation, and it is recommended to place desiccants in the carriage for long-distance transportation to further ensure the stable quality of the product.
1. Feedback from Pharmaceutical R&D Enterprises: "As a key intermediate in the synthesis of our intestinal metabolic drugs, this product has extremely high purity stability. During the continuous use of 3 batches, the reaction yield remained above 95%, and no additional impurity removal was required in the subsequent purification process, which greatly shortened the R&D cycle. Meanwhile, its water solubility also reduced the cost of organic solvents, meeting the requirements of green production."
2. Evaluation from University Research Laboratories: "In the research on protein synthesis mechanisms, this product, as an 'endogenous amino acid building block', has high structural consistency with natural metabolites in the body, resulting in strong experimental repeatability. Moreover, only conventional moisture-proof measures are needed during storage, without special management, providing convenience for long-term experiments. It has now become the preferred material for relevant projects in our research group."
3. Usage Experience of Fine Chemical Enterprises: "We tried to use it in the development of mild chelating agents. The synergistic effect of the dimethylamino group and carboxyl group in its molecular structure makes its chelating efficiency for metal ions better than that of traditional glycine derivatives. Additionally, the difference between product batches is small, and the feasibility of subsequent large-scale production is high. We look forward to further expanding cooperation."
N,N-Dimethylglycine is an organic compound with a clear chemical structure and stable physicochemical properties. Its common aliases include N,N-Dimethylaminoacetic Acid and Dimethylaminoacetic Acid, with a CAS Number of 1118-68-9, a Molecular Formula of C₄H₉NO₂, and a Molecular Weight of 103.120. It appears as a white crystalline solid, featuring both water solubility and moderate chemical stability. It can be stored stably under normal temperature and pressure, with only the need to avoid direct contact with strong oxidants and excessive moisture. As a metabolite that exists in small amounts endogenously in the human body, it also has the core attribute of an "amino acid building block". It can not only meet the demand for intermediates in the pharmaceutical synthesis field but also serve as a key material for research related to natural products and protein synthesis in the scientific research field.
The product has a clear melting point range (178-182℃, verified by literature values), a boiling point of 175.2±23.0℃ (under standard atmospheric pressure), a density maintained at 1.1±0.1 g/cm³, and a flash point of 59.8±22.6℃. The fluctuation range of various key parameters is small, facilitating condition control in industrial production and laboratory operations. Meanwhile, its water solubility can adapt to most aqueous reaction systems, reducing restrictions on solvent selection.
Although it has slight hygroscopicity, long-term storage can be achieved only through "sealing + cool and dry environment", without the need for special low-temperature or inert gas protection. It does not react with common non-strong oxidizing substances at normal temperature, and no complex protection procedures are required during operation, lowering the threshold for use.
The molecule contains both amino and carboxyl functional groups, and the dimethyl-substituted structure on the amino group has both hydrophilic and steric hindrance advantages. It can not only act as an "active fragment" in pharmaceutical synthesis to participate in bonding reactions but also serve as a "building block unit" for protein synthesis, adapting to various organic synthesis routes
As a key intermediate in the pharmaceutical and chemical field, this product can participate in the synthesis process of various drug molecules. Especially in the research and development of drugs containing glycine structures, the dimethyl-substituted amino structure can improve the stability and bioavailability of the target drug. Currently, it has been widely used in the preparation of intermediates for drugs related to the digestive system and metabolic system.
In biochemical and natural product research, due to its nature as a "human endogenous metabolite" and its classification under the "Natural Products - Acids and Aldehydes" category, it is often used in experimental research on topics such as protein synthesis mechanisms and intestinal metabolic pathways. It can also serve as a small molecule probe to assist in exploring the transformation rules of amino acid substances in the human body.
Relying on the characteristics of amino and carboxyl groups in its molecular structure, it also has development potential in the fine chemical field such as specialty surfactants and mild chelating agents. Its hydrophilic-hydrophobic properties can be optimized through derivatization reactions to adapt to functional requirements in different scenarios.
The product has a Customs Code of 2922499990 and is classified as "Other Amino Acids, Their Esters, and Salts (Excluding Those Containing More Than One Oxygen-Containing Group)". During transportation, it is necessary to comply with import and export regulatory requirements - a "Customs Clearance Certificate for Inbound Goods (Certificate A)" is required for import, and a "Customs Clearance Certificate for Outbound Goods (Certificate B)" is required for export. At the same time, it is necessary to cooperate with the completion of inspection and quarantine procedures such as Inbound Animal and Plant Quarantine (P) and Outbound Food Hygiene Supervision (S) (specific adjustments shall be made according to the requirements of the destination).
It is packaged in sealed polyethylene-lined cardboard drums, with a net weight per drum customizable according to requirements (conventional 25kg/drum). Warning labels such as "Moisture-Proof" and "Avoid Contact with Strong Oxidants" shall be marked on the outer packaging. The product does not need to be classified as dangerous goods during transportation (no UN dangerous goods number is marked, and it is a non-dangerous good), but it is necessary to avoid rain, exposure to sunlight, and prevent packaging damage leading to moisture absorption or contamination.
It supports various transportation methods such as road, railway, sea, and air transportation. It only needs to ensure that the transportation environment temperature does not exceed 35℃ (to avoid slight melting of crystals due to high temperature). Normal temperature operation is allowed for short-distance transportation, and it is recommended to place desiccants in the carriage for long-distance transportation to further ensure the stable quality of the product.
1. Feedback from Pharmaceutical R&D Enterprises: "As a key intermediate in the synthesis of our intestinal metabolic drugs, this product has extremely high purity stability. During the continuous use of 3 batches, the reaction yield remained above 95%, and no additional impurity removal was required in the subsequent purification process, which greatly shortened the R&D cycle. Meanwhile, its water solubility also reduced the cost of organic solvents, meeting the requirements of green production."
2. Evaluation from University Research Laboratories: "In the research on protein synthesis mechanisms, this product, as an 'endogenous amino acid building block', has high structural consistency with natural metabolites in the body, resulting in strong experimental repeatability. Moreover, only conventional moisture-proof measures are needed during storage, without special management, providing convenience for long-term experiments. It has now become the preferred material for relevant projects in our research group."
3. Usage Experience of Fine Chemical Enterprises: "We tried to use it in the development of mild chelating agents. The synergistic effect of the dimethylamino group and carboxyl group in its molecular structure makes its chelating efficiency for metal ions better than that of traditional glycine derivatives. Additionally, the difference between product batches is small, and the feasibility of subsequent large-scale production is high. We look forward to further expanding cooperation."
