The Push Patch idea: Select complementary compounds. Deliver them together. Design for an extended window.
Push Patch approaches peptide use as a system-design problem. Rather than treating each ingredient as a separate task, the platform is built to coordinate formulation, skin-barrier preparation, and application time in one delivery experience.
Designed to trade a brief peak for an extended window
Selected ingredients can be available during an extended application period rather than one brief concentration peak.
Three parts of one technology platform
Push Patch brings formulation, skin-barrier strategy, and application period together so selected ingredients can be available during the same window.
Select complementary ingredients
Combine targeted signals with ingredients chosen for metabolic, regenerative, or antioxidant support.
Prepare a path through the barrier
Microneedle technology creates temporary microchannels through the outer skin layer.
Assist and extend delivery
Iontophoresis uses controlled electrical current to assist suitable charged molecules during an extended application.
The complementary-combination idea
Fuel. Machinery. Instructions.
Push Patch pairs select signals with supportive ingredients so they can be available during the same application window. The manufacturer describes NAD+ as part of cellular energy and redox systems, MOTS-c as a mitochondrial-derived metabolic signal under study, and GHK-Cu as a peptide studied for regenerative, collagen, and gene-expression signaling.
- NAD+ participates in redox metabolism and cellular energy systems.
- MOTS-c is under study as a mitochondrial-derived metabolic signal.
- GHK-Cu is studied for regenerative, collagen, and gene-expression signaling.
A platform for purposeful combinations
The objective is not to put more ingredients into one product. It is to select compounds with a coherent rationale and place them within one coordinated delivery experience.
NAD+ + GHK-Cu
Energy-metabolism support paired with regenerative and skin-focused signaling.
NAD+ + MOTS-c + GHK-Cu
A fuel, mitochondrial-signal, and regenerative-blueprint combination.
BPC-157 + TB-500 + NAD+ + GHK-Cu
A recovery-focused research concept combining proposed repair signals with metabolic support.
KPV + NAD+ + GHK-Cu
An inflammation-signaling research concept with complementary metabolic and regenerative support.
The practical value
Potentially simpler and more cost-efficient
One coordinated formulation may reduce the need to source, schedule, and administer several products independently. Actual savings depend on pricing, frequency, professional fees, and the alternative protocol.
- Fewer separate products to manage
- Better alignment of ingredient delivery windows
- Potentially fewer administration events
- A more straightforward patient experience
How Direct Wellness uses at-home options
Direct Wellness looks at at-home options as part of the full picture, not in isolation. The conversation starts with what you want to improve, the protocol being considered, and how an option could fit into your day.
If you would like to talk through whether an at-home option is right for you, review the clinic’s care options or schedule a phone consult.
Frequently asked questions
What is Push Patch?
Push Patch is a transdermal peptide delivery platform that combines selected ingredients with microneedle and iontophoresis technology in one coordinated application.
How does the Push Patch delivery approach work?
The platform uses a microneedle preparation step intended to create temporary microchannels through the outer skin layer. Iontophoresis then uses controlled electrical current to assist suitable charged molecules during the application period.
Why are ingredients combined in one patch?
The platform is designed around complementary combinations. Its stated goal is to place selected signals and supportive ingredients in the same delivery window, rather than asking patients to manage several separate products.
What should I discuss with my clinician?
Talk through the ingredients being considered, the purpose of the protocol, application instructions, quality documentation, cost, and whether the option fits your overall care plan. Your clinician can help you decide whether an at-home patch belongs in that plan.
This guide describes Push Patch’s technology platform and manufacturer-provided scientific rationale. Several peptides discussed have limited human clinical evidence and are not FDA-approved to diagnose, treat, cure, or prevent disease. Products should be considered only under the direction of an appropriately qualified healthcare professional. This guide is educational and is not medical advice.
