Scyllo-inositol powder is supplied as a defined inositol isomer in crystalline form, typically handled as a high-purity raw material. Compared with commonly used inositol types, scyllo-inositol occurs at much lower natural levels, so commercial material is usually obtained through controlled conversion and purification processes rather than direct extraction. After purification, the material is dried and milled to produce a uniform powder suitable for formulation work and laboratory handling.
In research and technical literature, scyllo-inositol is most often discussed in connection with inositol-related biochemical pathways, particularly in neurological and metabolic study settings. In these contexts, attention is placed on molecular structure, stability under physiological conditions, and interaction behavior within controlled systems. Because of its clearly defined composition, scyllo-inositol powder is frequently used as a reference or comparison material in exploratory research and early-stage formulation work.
From a sourcing and supply perspective, scyllo-inositol powder is typically managed as a specification-driven ingredient rather than a volume commodity. Batch consistency, purity verification, and documentation are central to its commercial handling. As a scyllo inositol powder supplier, Shaanxi Medibridge Biotech Co., Ltd. provides batch-specific COA documentation and bulk supply options to support research, formulation development, and long-term sourcing programs.
COA
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Product Name |
CAS Number |
Batch Number |
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scyllo inositol powder |
488-59-5 |
MB2601101030 |
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Manufacturer Date |
Analysis Date |
Expiry Date |
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2026-01-10 |
2026-01-11 |
2028-01-09 |
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Sample Qty Base |
Packing |
Test Method |
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100KGS |
25kg/drum |
HPLC |
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Item |
Standard |
Results |
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Appearance |
White to off-white crystalline powder |
Conforms |
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Identification (HPLC/IR) |
Positive |
Conforms |
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Assay (HPLC) |
≥ 98.0% |
99.20% |
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Loss on Drying |
≤ 1.0% |
0.30% |
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Residue on Ignition (Ash) |
≤ 0.5% |
0.05% |
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Heavy Metals (as Pb) |
≤ 10 ppm |
< 10 ppm |
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Lead (Pb) |
≤ 3 ppm |
< 0.5 ppm |
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Arsenic (As) |
≤ 2 ppm |
< 0.5 ppm |
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Cadmium (Cd) |
≤ 1 ppm |
< 0.2 ppm |
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Mercury (Hg) |
≤ 0.1 ppm |
< 0.05 ppm |
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Residual Solvents |
Meets ICH/USP limits |
Conforms |
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Storage |
Store in cool & dry place. keep away from strong light and heat |
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Conclusion |
The batch conforms to the IN-HOUSE standard |
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What scyllo-Inositol Is
Scyllo-inositol belongs to the inositol family as one of its naturally occurring stereoisomers, defined by a specific spatial arrangement of hydroxyl groups. While inositol as a general category is widely recognized and broadly applied, scyllo-inositol represents a more narrowly characterized form that is usually discussed on its own rather than grouped with common inositol types.
From an ingredient perspective, scyllo-inositol is not treated as a routine input. Its limited natural presence and clearly identified structure mean it is typically handled where material definition and reproducibility are prioritized. For this reason, it is more often encountered in technical discussions, formulation evaluation, and research-oriented work than in large-scale nutritional use.
Within the broader inositol family, scyllo-inositol is frequently cited when structural or chemical distinctions between isomers need to be clarified. In these cases, it functions as a well-defined point of reference, helping differentiate between inositol forms without relying on generalized descriptions or mixed classifications.
Research Context
Isomer Research Focus
Scyllo-inositol is frequently discussed in research that examines inositol chemistry at the isomer level. In these discussions, attention is placed on how different inositol forms are structurally defined and differentiated, with scyllo-inositol serving as a clearly identifiable reference within this group.
Structural Context
In scientific literature, scyllo-inositol is often referenced in relation to its specific molecular configuration. Its fixed hydroxyl group arrangement makes it suitable for structural comparison and characterization when multiple inositol isomers are evaluated under the same experimental conditions.
Neurological Studies
Scyllo-inositol appears in neuroscience-related research contexts where inositol compounds are examined within controlled experimental models. In these settings, it is typically cited as a defined molecular entity used to support structural or pathway-level discussion rather than outcome-driven interpretation.
Metabolic Research
Within metabolic research frameworks, scyllo-inositol is referenced alongside other inositol forms in studies focused on biochemical behavior and molecular interactions. Its consistent physicochemical profile allows it to be discussed within comparative research settings that require clearly specified materials.
Reference Use
In formulation development and technical evaluation, scyllo-inositol is commonly used as a reference material when comparing inositol isomers. Its reproducible characteristics support standardized observation, which is why it is often included in early-stage formulation work and laboratory-scale investigations.
Application Orientation
In practical use, scyllo-inositol is most often associated with research-driven and technical application settings. It appears in scientific and formulation-related discussions where inositol compounds are examined individually, rather than treated as interchangeable materials. In these contexts, attention is usually placed on identity, consistency, and behavior under controlled conditions.
During formulation development, scyllo-inositol powder is commonly introduced at the evaluation or comparison stage. Its defined physicochemical profile allows it to be worked into exploratory systems where different inositol isomers are assessed side by side. This type of use is typical in laboratory work, pilot formulation studies, and early-stage ingredient screening.
Commercially, scyllo-inositol powder tends to be sourced for projects that require clear specifications and reproducible material characteristics. Demand is therefore more closely linked to research programs and formulation trials than to high-volume, standardized consumer applications.
Scyllo-Inositol vs myo-Inositol
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Aspect |
Scyllo-Inositol |
Myo-Inositol |
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Inositol type |
Specific stereoisomer |
Most common inositol isomer |
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Natural abundance |
Relatively low |
Widely occurring in nature |
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Structural features |
Distinct hydroxyl group arrangement |
Standard inositol configuration |
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Typical supply form |
High-purity, single compound |
Widely available bulk ingredient |
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Common positioning |
Specialty and research-oriented material |
Routine nutritional and formulation ingredient |
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Research usage |
Frequently referenced in isomer-focused studies |
Often used as a general inositol source |
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Formulation context |
Comparative studies, technical evaluation |
Broad formulation and consumer applications |
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Market availability |
Limited, specification-driven |
Broad, large-scale availability |
FAQ
Q: What is scyllo-inositol powder?
A: It is a specific inositol stereoisomer supplied as a high-purity crystalline powder for research and formulation use.
Q: Is scyllo-inositol the same as myo-inositol?
A: No, they are different inositol isomers with distinct molecular structures and typical use positioning.
Q: Is scyllo-inositol naturally occurring?
A: Yes, it occurs naturally, but only at very low levels compared with common inositol forms.
Q: Is scyllo-inositol supplied as a single compound?
A: Yes, commercial scyllo-inositol powder is typically supplied as a single, well-defined compound.
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