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An energized bioactive compound taken from Boswellia serrata gum, for joint-comfort and healthy inflammatory-response formulations, built around AKBA, one of the two most active boswellic acids.
AKBA-QA™ (Boswellia serrata, Indian frankincense) draws on a gum resin used in Ayurveda for centuries to support comfortable joints and a balanced inflammatory response. Its boswellic acids, AKBA above all, act on several targets at once, yet they are highly fat-soluble and poorly soluble in water, which limits how much is absorbed.
Quantum Ayurveda at Greenspace Herbs infuses select Ayurvedic ingredients with a controlled energy load, then locks that energy in a metastable form so it stays “primed” until it meets the body. AKBA-QA™ is an energized ingredient developed to address this issue. How it works →
A computational (in-silico) study profiled AKBA and its companion boswellic acid KBA from Boswellia serrata against 25 human protein targets in inflammatory-response, glucose-metabolism and nerve-signaling pathways, using molecular docking, statistical analysis and proteochemometric (machine-learning) modeling. In-silico work predicts how molecules bind; it does not measure effects in cells or people.
Summary of the docking scores
AKBA docking scores read from Figure 2 of the paper. More negative means stronger predicted binding.
SourceTahira Hirehal Shafiulla, Parvathi D Bhat (2026). Computational target profiling of KBA and AKBA from
AKBA docked to all 25 protein targets studied, across two pathway groups, including underexplored targets such as HDAC6, TXNIP and GABA-A.
Strongest predicted binding: HDAC6 (−9.6 kcal/mol), MMP-9 (−9.3) and TXNIP (−9.2).
Proteochemometric models linked stronger docking to higher predicted potency, with R² of 0.91 to 0.94.
Computational target profiling of KBA and AKBA from
AKBA’s three-dimensional structure, solved from a single crystal by the Greenspace Herbs phytochemistry team with university partners: a rigid pentacyclic framework with eleven stereogenic centers, linked by O–H···O hydrogen bonds into zigzag chains. Hirshfeld surface analysis shows H···H contacts at 91.5%, so van der Waals forces hold the crystal together.
Compared with other boswellic acids
Only a few boswellic acid crystal structures have been reported. AKBA shares their rigid pentacyclic backbone, with the same stereochemistry at the ring junctions (Figure 6 of the paper). The difference is at C3: AKBA’s acetyl group replaces the hydroxyl hydrogen-bond donor of β-boswellic acid with an ester carbonyl acceptor, which changes how the molecules bond to each other and pack in the crystal.
SourceDinesh B., Shafiulla H. N., Shwetha J. C., Udaya Kumar A. H., Lokanath N. K., Anand Solomon K. (2026). Crystal structure and Hirshfeld surface analysis of 3-acetyl-11-keto-β-boswellic acid. Acta Crystallographica Section E, E82: 738–742. doi:10.1107/S2056989026005360 · Figures reproduced under CC BY 4.0.
One resin, many targets, and a clean label to match. A modern, mechanism-led story for joint and active-lifestyle formulations.