Soft capsule for resisting oxidation and delaying aging and preparation method thereof

Abstract

The invention mainly relates to a formulation of a soft capsule for resisting oxidation and delaying senility and a method for preparing the soft capsule. The soft capsule for resisting oxidation and delaying senility is mainly characterized in that the soft capsule comprises the following raw materials in portion by weight: 350 to 450 weight portions of siritch, 15 to 35 weight portions of astragalus root, 15 to 20 weight portions of cervus elaphus linnaeus, and 0.8 to 2 weight portions of lycopene. The method uses a traditional Chinese medicine theory as basis, uses a research result of traditional Chinese medicine modernization as support, elaborately selects materials, and has a precise formulation, so that the formulation has the characteristics of consideration of symptom and root cause and unified coordination; the soft capsule aims at three-high symptoms universally occurring in modern people and a plurality of situations of accelerating the senility caused by environmental pollution; and natural animal and plant materials are selected, so the soft capsule can wholly condition physical metabolism and balance, improve living quality, resist oxidation and remove free radicals to achieve the aim of prolonging life. In the formulation, the astragalus root and notoginseng can improve the function of heart; the astragalus root can strengthen the contractibility of the heart; the notoginseng strengthens the dilation capacity of the heart; and two materials are matched and bring out the best in each other. For the balance between yin and yang, rhizoma polygonati is used for nourishing the yin. The compatiability of the notoginseng, propolis and the siritch has the functions of obviously improving the three-high symptoms, softening blood vessels, protecting the heart, and the like.

Description

Technical field: [0001] The invention mainly relates to the formulation and preparation method of soft capsules for anti-oxidation and anti-aging. Background technique: [0002] Currently, anti-oxidation and anti-aging formulations have been reported. But the formula using red deer antler has not been reported. There are many existing anti-oxidation and anti-aging formulas, but compared with the present invention, there are the following problems: [0003] 1. Most of the existing formulas are based on simple antioxidants, most of which are simple accumulation of antioxidants, and less consideration is given to the scientificity and synergy of compatibility. [0004] 2. Most of the existing formulas use Western medicine analysis, reduction, and countermeasures to achieve the corresponding health care goals. Such as: scavenging free radicals, anti-oxidation; seldom considering both specimens, and overall conditioning of various parts of the body such as metabolic disorders ...

AI Technical Summary

Problems solved by technology

Such as: scavenging free radicals, anti-oxidation; less consideration should be given to both specimens, and overall conditioning of various parts of the body, such as metabolic disorders and imbalances, so that it is difficult to achieve the goal of fundamentally improving the body and delaying aging.

[0005] 3. Most of the existing formulas are based on a single drug or ingredient, its functions and effects are relatively limited, and the negative effects of long-term use remain to be seen

[0006] 4. There are few studies on the human body’s demand for existing formulas. Many formulas have insufficient active ingredients and fail to achieve the desired health care purpose. Some have excessive content and have potential negative effects. The effectiveness and safety of the formula are poor

[0007] 5. Some of the existing formulas achieve corresponding health care purposes by supplementing hormones or strengthening vitamins and minerals, but long-term use will cause immune function to decline, or form a new imbalance, and fall into a situation of focusing on one thing and losing the other.

[0008] 6. Most of the existing formulas use salad oil, soybean oil, etc. as solvents, which increase the intake of saturated fatty acids in the human body