Name: Mitochondrial Stack - SKQ1 Bromide &amp; Methylene Blue Solution
SKU: 78002
Availability: InStock

Mitochondrial Stack

STACK PART 1) 100ml (USP grade) Methylene Blue supplied in a convenient 1% aqueous working solution. This high purity Methylene Blue 10mg/ml solution is supplied in an amber glass dropper bottle with a pipette, facilitating easy and precise application.

STACK PART B) 30ml USP grade SKQ1 in 26mcg/ml aqueous solution.

Targeting individual mitochondrial compounds is essential for understanding mechanism and function—but real-world mitochondrial performance is rarely driven by one variable alone. Increasingly, research points to stacking: the combined use of multiple compounds to explore synergistic, additive, or modulating effects on mitochondrial pathways.

This bundled package brings together USP-grade Methylene Blue and SKQ1 Bromide, two well-studied mitochondrial research compounds, enabling researchers to investigate how multiple agents interact within the same system. Studying compounds in combination can reveal effects that aren’t apparent when each is evaluated in isolation—offering deeper insight into redox balance, electron transport, and mitochondrial resilience.

Ideal for researchers who want to move beyond single-variable experiments and explore the compounded effects that often drive meaningful biological outcomes.

STACK PART 1) Methylene blue is a characterised redox-active compound widely used in laboratory and research settings. It has applications in biochemistry, cell biology, and mitochondrial research due to its ability to participate in electron transfer reactions. Common scientific uses include redox indicator studies, mitochondrial respiration research, staining and visualisation protocols, and investigations into oxidative stress and cellular metabolism. Its long history in experimental science makes it a valuable tool for controlled research applications.

STACK PART 2) SKQ1 Bromide is a mitochondria-targeted antioxidant widely studied in cellular and molecular research. By selectively accumulating within mitochondria, it is used in experimental models to investigate oxidative stress, mitochondrial dysfunction, and aging-related cellular processes. SKQ1 is commonly applied in in vitro and preclinical research exploring mitochondrial membrane potential, reactive oxygen species modulation, and mitochondrial signaling pathways.