Impactful Aesthetics

OG BIOHACKER 🇺🇸🇱🇧🇮🇹🇩🇪| For more information related to these products visit

[Impactful Aesthetics @BioHacker2024]

@RemissionAlpha Oh yeah undoubtedly I think it will be hire

[Impactful Aesthetics @BioHacker2024]

@ChrisRBarron 250 is nuts bro

[Impactful Aesthetics @BioHacker2024]

@RemissionAlpha Fasted then food about an hour later, not pre workout though

[Impactful Aesthetics @BioHacker2024]

SLU-PP-915: Understanding Its Mechanism of Action and Preclinical Research

SLU-PP-915 is an emerging compound in preclinical metabolic research, particularly for its effects on estrogen-related receptors (ERRs), mitochondrial function, and exercise-associated metabolic pathways.

But how exactly does it work, and how does it differ from SLU-PP-332?

What Is SLU-PP-915?

SLU-PP-915 is a synthetic pan-agonist of the estrogen-related receptors ERRα, ERRβ, and ERRγ.

These nuclear receptors regulate genes involved in mitochondrial energy production, fatty acid oxidation, oxidative phosphorylation, and skeletal muscle metabolism.

Unlike SLU-PP-332, which demonstrates greater potency toward ERRα, SLU-PP-915 exhibits a more balanced activation profile across the three ERR isoforms.

How Does SLU-PP-915 Work?

SLU-PP-915 activates ERR signaling pathways that regulate the transcription of genes involved in cellular energy metabolism.

Through this mechanism, researchers have observed changes in several important metabolic regulators:

• PGC-1α: A transcriptional coactivator involved in mitochondrial biogenesis and oxidative metabolism.

• PDK4: Regulates pyruvate metabolism and influences how cells utilize glucose-derived energy versus fatty acids.

• LDHA: Participates in lactate metabolism and cellular energy regulation.

• DDIT4: A metabolic regulatory gene associated with cellular stress responses and exercise-related signaling.

These molecular changes help researchers investigate how ERR activation influences energy utilization and metabolic adaptations.

What Has Preclinical Research Demonstrated?

Published laboratory and animal studies have reported:

• Activation of ERRα, ERRβ, and ERRγ signaling pathways.

• Increased expression of genes associated with oxidative metabolism.

• Upregulation of metabolic regulators in skeletal muscle tissue.

• Improvements in treadmill running distance and exercise duration in mouse models.

• Exercise-associated gene expression changes resembling certain adaptations to aerobic activity.

• Evidence of oral bioavailability and metabolic activity in animal models.

How Does SLU-PP-915 Compare to SLU-PP-332?

Although both compounds target the same receptor family, their chemical structures and pharmacological characteristics differ.

SLU-PP-332 demonstrates greater potency toward ERRα, whereas SLU-PP-915 has a comparatively balanced activation profile.

One particularly interesting distinction is that SLU-PP-915 demonstrated oral bioavailability in mice, while SLU-PP-332 showed limited oral bioavailability in the same research program.

Both compounds have demonstrated exercise-associated metabolic effects in preclinical models, although their comparative efficacy and safety require further investigation.

Why Is This Research Important?

SLU-PP-915 provides researchers with an additional tool for investigating the relationship between nuclear receptor activation, mitochondrial biology, skeletal muscle metabolism, and exercise-associated cellular adaptations.

Its distinct chemical structure and pharmacological properties make it valuable for exploring how different ERR agonists influence metabolic regulation.

These findings remain preclinical and do not establish safety or effectiveness for human use.

Learn more about SLU-PP-915:

https://t.co/Gk0PyyLh7z

Use discount code ANDREW for 10% off.

For laboratory research only. Not for human consumption.

#SLUPP915 #MetabolicResearch #MitochondrialResearch #PreclinicalResearch #ERRAgonist

[Impactful Aesthetics @BioHacker2024]

My favorite brain stack for any type of research:

https://t.co/u8Z5thlvzP for more info:

#nsi189 #nootropics #dihexa #bromantane #semax #selank #biohacking

[Impactful Aesthetics @BioHacker2024]

New breakdown of ATX-304!!!!

https://t.co/X8UhtvEWIN

[Impactful Aesthetics @BioHacker2024]

@poetry_in_ @grok 1-5

[Impactful Aesthetics @BioHacker2024]

@researchitgg Awesome ty!!

[Impactful Aesthetics @BioHacker2024]

Anyone tried selank? Semax spray is the ultimate daily pep, I love what I feel from it. In layman’s terms it does the following:

• Semax may influence brain signaling and proteins involved in neuron health, including BDNF, which helps support brain-cell connections.

• Think of BDNF as something that helps your brain maintain and adapt its connections.

• However, evidence that Semax reliably increases BDNF or improves cognition in humans remains limited.

#semax #selank #semaxspray #selankspray #bdnf #nootropics #biohacking

[Peptide Tracker App @researchitgg]

@BioHacker2024 Selank takes a different route, acting more on GABA pathways for steady modulation rather than the BDNF-driven focus of Semax.

[Tony Huge @enhancedathlete]

Current stack:
300mg test
20mg RAD-140
10mg MK-677
4 SLIN Pills
10mg Cardarine
About to add more chemistry a few days a week that I can eat more food.
This is the healthier than natural stack for a 44yo man. The mainstream doesn’t want people to know they can be better and healthier than natural for minimal cost.

[Impactful Aesthetics @BioHacker2024]

@ElevateBiohack Happy Sunday!

[Impactful Aesthetics @BioHacker2024]

Semax spray is goated, I will say the irritation is noticeable. I’ve been doing 500mcg daily for two days in the same nostril. But the mental clarity and sleep benefits I’ve seen are justified.

[Kimera Chems @KimeraChems]

Super excited how this has turned out.
Unique, no theme builder, truly our own platform.
I'll be making UI adjustments. If anyone sees any bugs let me know and we will get it handled.

[Impactful Aesthetics @BioHacker2024]

TAK-653: what it is, how it works, and what research shows

TAK-653 is an investigational compound studied for major depressive disorder and its effects on brain signaling. It acts on AMPA receptors, which respond to glutamate, the brain’s main excitatory neurotransmitter.

How it may work chemically

TAK-653 is a positive allosteric modulator (PAM) of AMPA receptors. It binds at a regulatory site and is designed to strengthen the receptor’s response when glutamate activates it. In other words, it modulates glutamate signaling rather than acting as glutamate itself.

Lab and animal studies report that TAK-653 can enhance AMPA-receptor activity and synaptic responses, with researchers also examining effects on brain-derived neurotrophic factor (BDNF), synaptic plasticity, and cognition. These findings do not establish that it improves memory or treats depression in people.

What human studies have shown

In a small, placebo-controlled study of 24 healthy volunteers, single doses of TAK-653 changed some measures of central nervous system activity, including eye-movement and motor-cortex responses. Results on cognitive testing were mixed; the study did not demonstrate a general improvement in cognition or test antidepressant effectiveness.

A registered study intended to test TAK-653 after ketamine treatment for treatment-resistant depression ended without enrolling participants, so it produced no efficacy results.

Takeaway: TAK-653 is being researched as an AMPA-receptor modulator. Preclinical studies support its effects on glutamate signaling, while early human research has shown measurable brain activity—not established benefits for mood, memory, or performance.

For more info visit (code: Andrew 10% off at Kimera)
https://t.co/Gk0PyyLh7z

[Impactful Aesthetics @BioHacker2024]

Bromantane: what it is, how it works, and what research shows

Bromantane is an adamantane-derived compound developed in Russia and studied for asthenia, a syndrome involving fatigue and weakness. Researchers describe it as having psychostimulant and actoprotective properties.

How it may work chemically

Bromantane is not dopamine and is not a direct building block used to make dopamine. Animal research suggests it may influence the brain’s own dopamine-production pathway:

Tyrosine → L-DOPA → dopamine

In rats, studies reported changes in the expression or activity of tyrosine hydroxylase and DOPA decarboxylase, enzymes involved in that pathway. Other rat studies measured changes in dopamine, L-DOPA, dopamine release, and dopamine metabolism in brain regions including the striatum and hypothalamus.

Researchers have also investigated serotonin-related effects, but findings vary by study and brain region. Its full mechanism has not been established, and it should not be reduced to the simple claim that it “boosts dopamine.”

What studies have shown

Animal studies report changes in dopamine-related measures and have examined bromantane in models of physical workload and fatigue.

Human studies have examined bromantane for asthenia and neurasthenia. Some Russian clinical reports describe improvements in symptoms, but the evidence base is limited. It does not establish bromantane as a proven treatment or show that results apply to healthy people seeking better focus, motivation, or athletic performance.

Takeaway: Bromantane is a psychostimulant-related compound studied for dopamine regulation and fatigue. The proposed enzyme and neurotransmitter effects come mainly from animal studies; human findings are limited.

For more info visit (code: Andrew 10% off at Kimera)
https://t.co/Gk0PyyLh7z

[Impactful Aesthetics @BioHacker2024]

@BradHutton10 @ElevateBiohack Must be an independent researcher and purchasing for laboratory use

[Impactful Aesthetics @BioHacker2024]

New clinical breakdown of Bromantane uploaded, click below to watch it!!

https://t.co/qfsWVYGlAq