(Z)-3-Methylpent-2-en-4-yn-1-ol, also known as β- Hydroxy isovaleraldehyde, molecular formula C6H8O, CAS 6153-05-5. It is an organic compound containing hydroxyl groups and carbon carbon double bonds. The molecular structure contains a carbon carbon double bond, a hydroxyl group, and a methyl group. One of the characteristics of this compound is its carbon carbon double bond, which participates in multiple chemical reactions. Usually a colorless to light yellow liquid with a specific odor. Under different temperature and pressure conditions, it may exhibit different physical states. Under certain conditions, it may be unstable and prone to chemical reactions such as oxidation or polymerization. Its high electrical resistivity in solid state indicates that it is a good insulation material.
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(Z) -3-Methylment-2-en-4-yn-1-ol is an alcohol compound with a specific stereochemical configuration. Its molecular structure can be analyzed in detail as follows:
(1) The structure of carbon carbon double and triple bonds:
In the (Z) -3-Methylment-2-en-4-yn-1-ol molecule, a carbon carbon double bond (C=C) is formed between the second and third carbon atoms. This double bond is a typical feature of olefins, which increases the electron cloud density on these two carbon atoms, thereby increasing the reactivity of the molecule.
Meanwhile, a carbon carbon triple bond (C ≡ C) is formed between the 4th and 5th carbon atoms. The triple bond is a highly unsaturated chemical bond, which also gives these two carbon atoms very high reactivity.
(2) The structure of hydroxyl groups:
In the carbon carbon double bond α On carbon, there is a hydroxyl group (- OH) present. The hydroxyl group is a hydrophilic group, which gives (Z) -3-Methylment-2-en-4-yn-1-ol a certain degree of water solubility. Meanwhile, hydroxyl groups can also participate in various chemical reactions, such as esterification, dehydration, etc.
(3) Structure of methyl group:
On the first carbon atom in the molecular structure, a methyl group (- CH3) is connected. The presence of methyl groups increases the stability of molecules and to some extent affects their physical and chemical properties.
(4) Stereochemical properties:
(Z) -3-Methylment-2-en-4-yn-1-ol is a compound with a specific stereoconfiguration, labeled as Z. This means that the configuration of the carbon carbon double bond in the molecule is fixed, which further affects the activity and selectivity of its chemical reaction.
(5) Aromaticity and conjugation effects:
Due to the presence of unsaturated carbon carbon double and triple bonds in the molecule, this compound has a certain degree of aromaticity. Aromaticity makes molecules more stable and affects their electron distribution and reaction activity.
Meanwhile, due to the conjugation effect of carbon carbon double bonds and triple bonds, the molecule has a stable electronic configuration, which further affects the properties and selectivity of its chemical reactions.
(6) Chiral center:
There is a chiral center in the (Z) -3-Methylment-2-en-4-yn-1-ol molecule. This means that the molecule has optical rotation and can have two enantiomers present. This affects the optical properties and metabolic processes of the compound in living organisms.
(7) Reactive sites:
The carbon carbon double bonds, triple bonds, hydroxyl groups, and methyl groups in molecules are all reactive sites. These sites can undergo various types of chemical reactions with other compounds, such as addition, substitution, oxidation, reduction, etc. These reactions can be used to synthesize other organic compounds or for compound transformation.
(8) Electronic cloud density and bond angle:
By calculation and measurement, the bond angles of each chemical bond in the molecule and the distribution of electron cloud density can be determined. These data further provide a deeper understanding of molecular structure and reaction performance.
(9) Van der Waals forces and hydrogen bonding:
Due to the presence of hydrogen atoms adjacent to hydroxyl and carbon carbon double bonds, this molecule can form hydrogen bonds with other molecules or ions. The formation of hydrogen bonds can affect the aggregation state, solubility, and reaction rate of molecules. Meanwhile, van der Waals forces also affect intermolecular interactions and molecular arrangement.
(10) UV visible and infrared spectral characteristics:
(Z) -3-Methylment-2-en-4-yn-1-ol exhibits characteristic absorption peaks in the UV visible spectrum, which are related to its specific electronic structure and conjugated system. There are also specific absorption peaks in the infrared spectrum, reflecting the vibrational modes of specific chemical bonds in the molecule. These spectral characteristics provide a basis for identifying the compound.
(Z) -3-Methylment-2-en-4-yn-1-ol, also known as β- Hydroxy isovaleraldehyde is an organic compound with a specific molecular structure and reactivity. Due to its unique chemical structure and reactivity, this compound has played an important role as a research tool in the field of scientific research.
1. Drug design and simulation:
(1) Research on the mechanism of action of drugs: β- Hydroxy isovaleraldehyde can serve as a ligand or analogue for drug action, and is used to study the interaction mechanism between drugs and biomolecules. By observing the binding and activation process of the compound with biological targets, the mechanism of action and potential biological activity of the drug can be understood.
(2) Lead compound optimization: In the process of drug design and development, β- Hydroxy isovaleraldehyde can serve as an analogue of lead compounds for further structural optimization and activity improvement. By studying its reactivity and biological activity, candidate drugs with higher activity and better pharmacokinetics can be discovered.
2. Research on Biomolecular Interactions:
(1) Protein ligand interaction: (Z) -3-Methylment-2-en-4-yn-1-ol can be used to study the interaction between proteins and other biomolecules, such as the interaction between proteins and small molecule ligands, DNA or RNA. By observing the binding and influence of this compound on proteins, the function and regulatory mechanism of proteins can be understood.
(2) Biosensor development: Due to the specific reactivity and biological activity of (Z) -3-Methylment-2-en-4-yn-1-ol, it can serve as a sensitive element for biosensors to detect and monitor interactions between biomolecules. By detecting the reaction changes of the compound after binding with biomolecules, sensor technology for biological analysis, diagnosis, and monitoring can be developed.
3. Environmental Chemistry and Geochemical Research:
(1) Environmental pollutant detection and analysis: In the field of environmental chemistry, (Z) -3-Methylment-2-en-4-yn-1-ol can be used as a model compound for detecting and monitoring pollutants in the environment. By analyzing the reaction between the compound and the target pollutants in environmental samples, in-depth research can be conducted on the source, distribution, and transformation of pollutants.
(2) Chemical analysis of geological samples: In geochemical research, (Z) -3-Methylment-2-en-4-yn-1-ol can be used as a standard substance or marker for the chemical analysis of geological samples. By detecting its presence and distribution in geological samples, we can understand geochemical processes and the migration and distribution of elements in the crust.
4. Food Science and Safety Research:
(1) Food ingredient analysis: (Z) -3-Methylment-2-en-4-yn-1-ol can be used as an analytical standard for specific ingredients or additives in food. By detecting its presence and content in food, the quality, freshness, and safety of food can be evaluated.
(2) Research on reaction mechanisms in food processing: In the field of food science and engineering, (Z) -3-Methylment-2-en-4-yn-1-ol can be used to study chemical reactions that occur during food processing. By studying its reaction with other food ingredients, theoretical support can be provided for the optimization and control of food processing technology.
5. Agricultural Chemistry and Plant Physiology Research:
(1) Plant hormones and growth regulators: (Z) -3-Methylment-2-en-4-yn-1-ol can be used as analogues of plant hormones or growth regulators to study the growth and development process of plants. By observing the impact of this compound on plant growth, we can understand the mechanism of action and physiological effects of plant hormones.
(2) Plant disease and pest control: In agricultural chemistry, (Z) -3-Methylment-2-en-4-yn-1-ol can be studied as a lead compound for pesticides. By evaluating its chemical structure and biological activity, candidate pesticides with insecticidal, bactericidal, or herbicidal activities can be identified.
In summary, (Z) -3-Methylment-2-en-4-yn-1-ol, as an organic compound with specific molecular structure and reactivity, has played an important role in multiple research fields. Whether it is research on chemical reaction mechanisms, exploration of synthesis methods, research on catalysts and catalytic mechanisms, research on material synthesis and properties, or research on biomolecular interactions, (Z) -3-Methylment-2