Complete nonsense the viscosity of MCT is similar to many other carrier oils he talks about.
ChatGPT says Steve is not full of shit (on this particular topic):
Viscosity is measured in units of centipoise (cP) at a standard temperature, typically 25°C (77°F).
Here are the specific viscosity values for grapeseed oil and MCT oil:
1. Grapeseed Oil: The viscosity of grapeseed oil typically ranges between 35-40 cP at 25°C.
2. MCT Oil: The viscosity of MCT oil is much lower, typically around 25-30 cP at 25°C.
Thus, MCT oil is significantly less viscous (thinner) compared to grapeseed oil when measured under the same temperature conditions.
The viscosity of the oil used in an injectable testosterone ester preparation can influence the rate at which the ester is released from the oil depot into the bloodstream. The oil acts as a carrier, and its physical properties, including viscosity, can impact the speed of absorption.
Here’s how the difference in viscosity between grapeseed oil and MCT oil could affect testosterone ester release:
1. Grapeseed Oil (Higher Viscosity):
Because it is more viscous, grapeseed oil tends to form a denser depot at the injection site. This may slow the diffusion of the testosterone ester into the surrounding tissues and bloodstream, potentially resulting in a more gradual release over time. This slower absorption could extend the duration of action for the testosterone ester.
2. MCT Oil (Lower Viscosity):
MCT oil, being less viscous, creates a more fluid depot. The testosterone ester could diffuse more quickly from the injection site into the bloodstream. This may lead to a faster onset of action and potentially a shorter duration of the ester’s release compared to a thicker oil like grapeseed.
In summary, the lower viscosity of MCT oil would likely result in a quicker release of testosterone esters from the depot, while the higher viscosity of grapeseed oil could slow down the release. However, other factors like the ester length, injection site, and individual metabolism also play significant roles in determining the release kinetics.