Подробная информация о продукции
Место происхождения: EZHOU, КИТАЙ
Фирменное наименование: DESHENG
Сертификация: ISO9001:2008
Номер модели: Хепес
Условия оплаты и доставки
Количество мин заказа: 15 кг
Цена: обсуждаемый
Упаковывая детали: Пластиковый ствол
Время доставки: 5 дней
Условия оплаты: L/C, D/A, D/P, T/T, Western Union, Moneygram
Поставка способности: 1 тонна в день
Имя: |
Хепес |
Полное имя: |
4 (2-Hydroxyethyl) - кислота 1-Piperazineethanesulfonic |
Кассу: |
7365-45-9 |
Появление: |
Белое Кристл Powxer |
Молекулярная формула: |
C8H18N2O4S |
Молекулярный вес: |
238,305 |
Чистота: |
> 99% |
Категория: |
Хороший буфер s |
Приложение: |
Биологические буфера |
Промышленность: |
Медицинский & здоровье |
Имя: |
Хепес |
Полное имя: |
4 (2-Hydroxyethyl) - кислота 1-Piperazineethanesulfonic |
Кассу: |
7365-45-9 |
Появление: |
Белое Кристл Powxer |
Молекулярная формула: |
C8H18N2O4S |
Молекулярный вес: |
238,305 |
Чистота: |
> 99% |
Категория: |
Хороший буфер s |
Приложение: |
Биологические буфера |
Промышленность: |
Медицинский & здоровье |
In biological experiments and related applications, HEPES buffer has become an essential reagent due to its stable pH regulation capability. The effectiveness of its use is closely related to concentration selection. A reasonable concentration not only ensures smooth experimental or production processes but also avoids resource wastage and potential impacts. Therefore, understanding the basis for concentration selection and the ideal range is crucial.
Product Name |
4-Hydroxyethylpiperazine ethanesulfonic acid |
Chemical Abbreviation |
HEPES buffer |
CAS Number |
7365-45-9 |
Product Appearance |
White Crystalline Powder |
Molecular Weight |
238.305 |
Molecular Formula |
C8H18N2O4S |
Density |
1.07 g/mL at 20 °C |
Melting Point |
234-238 °C |
Storage Conditions |
Room temperature, away from light and moisture |
Purity |
More than 99% |
Standard Packaging |
500g/bottle, 25kg/cardboard drum |
Manufacturer |
Hubei Xindesheng |
Determine HEPES buffer concentration based on experimental type
Different experimental types have different requirements for HEPES buffer concentration, with the core being the differences in experimental objectives and reaction environment requirements. Maintaining appropriate pH and osmotic pressure is crucial in cell culture experiments. Cells are sensitive to the environment, and pH fluctuations or abnormal osmotic pressure can affect their activity, proliferation, and even survival. Therefore, when selecting a concentration, it is necessary to fully consider the characteristics of the cells, ensure that the buffer stabilizes the pH regulation, and does not affect osmotic pressure, providing stable conditions for cell growth.
HEPES buffer
In biological molecule detection experiments, the accuracy of the detection results is the key. The structure and activity of biomolecules are easily influenced by the environment. Improper buffer concentration may cause denaturation, inactivation, or affect the detection reaction, reduce sensitivity, and even result in incorrect results. Therefore, the selection of concentration should focus on improving detection sensitivity, ensuring reaction stability, providing a suitable environment for biomolecules, and ensuring accurate detection.
Adjust HEPES buffer concentration based on application scenarios
Different application scenarios can also affect concentration selection, which is related to the core requirements and actual conditions of the scenario. In biomedical research, exploring the structure, function, and mechanism of action of biomolecules requires precise experimental conditions. To accurately control the environment, eliminate interference, and conduct in-depth research on molecular changes, it is sometimes necessary to use high concentration HEPES buffer to maintain system stability, provide reliable support for research, and assist in obtaining accurate data.
In practical production applications, cost control and production efficiency are key concerns for enterprises. HEPES buffer solution, as a reagent, has a high concentration that increases procurement costs and may also result in additional processing steps that affect efficiency. Therefore, while ensuring production quality and process stability, enterprises tend to choose low concentrations to balance economic benefits and production quality.
Ideal concentration range of HEPES buffer solution
After extensive experimental research and practical verification, researchers have summarized the ideal concentration range of HEPES buffer solution. Experimental data shows that the final concentration is recommended to be controlled between 10-50mmol/L. Within this range, the buffer solution can effectively regulate pH and provide a stable environment for experiments or production.
Further research has found that under normal circumstances, a concentration of 20mmol/L can fully exert good buffering capacity. In cell culture, biomolecule detection, and conventional production scenarios, it can mostly meet the requirements and effectively maintain the pH stability of the system. More importantly, HEPES buffer is non-toxic to cells and does not affect normal cell growth and metabolism. This characteristic makes it widely used in the field of cell culture and a commonly used buffer, providing support for cell biology research and biotechnology applications.
In summary, the selection of HEPES buffer concentration needs to be determined based on the type of experiment and application scenario, combined with specific requirements, in order to better play its role and ensure the smooth progress of experiments and production.
Product packaging
HEPES buffer is an important experimental buffer, and the selection of its concentration plays a crucial role in the experimental results. As an advantageous manufacturer of biological buffering agents, Desheng can supply stable and widely applicable HEPES raw material powders, and can prepare HEPES solutions of different concentrations according to experimental requirements. We currently have bulk sales available. If you have any relevant intentions, please click on the website to inquire about details!