# what you'll see ## Homepage - Mission Control The pump.science app is your cockpit for the longevity game. The homepage is split into three sections: * **Launching:** Compound tokens with a live bonding curve that have not yet reached their funding goal to start worm experiments. * **Live:** Displays compound tokens that have bonded and currently have an active experiment underway with a lab. * **Advancing:** Shows compound tokens that have completed their current experiments and are waiting to advance to the next phase of testing.

pump science hompage tabs

### Launching Here you will find the new compound tokens that are just entering the longevity game. Each compound card represents a new compound with an active bonding curve and displays: * **Funding Progress:** A bar showing how close the token is to the 303 SOL goal—at which point the bonding curve graduates, and the worm experiment begins. * **Research Contract Status:** Displays the current status and key details of the contract with the research organization managing the worm experiment. * **Safety Status:** Indicates whether the compound has passed preliminary safety reviews.

Compound card in the launching tab showcasing a compound token
with a live bonding curve

Clicking on a compound card takes you to an interface where you can view detailed funding information, real-time token pricing, and most importantly the dynamic fee status.

Trading view for a compound with an active bonding curve

*remember: the dynamic fee can be very high (up to 99.99% in the first 150 slots or two minutes) to deter bots. always check the fee before buying.*

Dynamic fee statu showing the token is at a standard fee level of 1%

### Live Displays compound tokens that have bonded and have active experiments underway. Each compound card in this section shows: * **Compound Name** **and Ticker** (like $RIF for Rifampicin) * **Market Cap** * **Percent Completed: H**ow far along the experiment is * **Animal Model icon:** What animal type is being tested (🪱 for worms, 🪰 for flies, or 🐁 for mice) Click on a card to view the detailed data feed for that experiment.

Compound card in the live tab indciating RIF is currently in mice
experiments that are ~20% complete.

### **Advancing** Shows compounds that have completed their current experiments and are waiting to move on to the next phase of testing. Here you can review historical data on how these compounds performed in their last experiment. *** ## Inside the Lab - Detailed Trading and Data View When you click on a compound card (from the live tab), you enter the lab. Here, you will find two main views: ### Trading View In this view you will find an interface designed to trade the compound token with information including: * **Real-Time Trading Metrics**: Shows the token's price, trading volume, and market cap. * **Trading Interface:** A straightforward way to buy or sell the compound token as new data emerges from the experiments.

trading view tab for a compound token

### **Data View** Visual feeds, graphs, and tables provide a quick snapshot of how the compound is performing compared to control in active experiments.

The different components of the pump.science experiment view.

* **Experimental Feeds** * **Worms:** * Images released at regular intervals show worm movement with AI tracking their survival. * *Note: Worm studies are pre-recorded and replayed at 3x speed (a 30-day experiment compressed into 10 days).* * **Flies:** * Live video clips (7 minutes each, uploaded hourly) show fly behavior and survival in test vs. control tubes. * **Mice:** * Weekly endurance tests track how long mice can stay on a rotating rod. * The metric to watch is latency, which is recorded over multiple trials and averaged to assess endurance. * **Charts:** Offer a visual comparison between test and control groups. * **Data Tables:** provide detailed numbers for those who want to see exact results. * **Additional Details:** environmental conditions, compound dosage, a short compound description, and options to chat or review research agreements. ### PhDegen Mode Experimental Charts For those wanting a deeper dive, the Chart tab provides AI-driven analytics: **Key Metrics to Watch:** * **Count (Worms & Flies):** How many test subjects remain alive. a high count usually means better lifespan extension. this is the primary indicator of compound effectiveness. * **Speed (Flies):** Average movement speed; a drop may signal early fatigue. * **Distance (Flies):** total distance traveled, which helps gauge overall vitality. * **Latency (Mice):** the time mice stay on the rotating rod before falling - averaged over multiple trials to measure endurance. **How to Leverage the Data:** * **Focus on Survival: F**or worms and flies, a higher count is a clear indicator that the compound is extending lifespan. * **Spot Early Declines:** Watch for falls in speed and distance to detect reduced activity. * **Assess Endurance in Mice:** Longer latency-to-fall means the compound likely improves motor performance. * **Gem Hunt:** Combine these metrics to identify the most promising compounds—your true longevity gems.

An example graph of the AI output, which shows the average distance covered by the flies in a particular experimental condition.

*** ### Fly Races The fly races (negative geotaxis experiments) test whether flies dosed with the compound move faster than placebo-dosed flies. Each race is recorded and streamed weekly. **How it works** * Two groups of flies race: compound vs. control (placebo). * If the compound group consistently wins, it may indicate a performance-enhancing effect. **How to participate** * **Spot trading:** Buy/sell tokens predicting which group will win. * **Margin trading:** Go long using leverage if you believe the compound will outperform. **Steps to play** 1. Notifications will be posted in the telegram channel. 2. Review past race data to form a prediction. 3. You can place a trade before the next race begins. 4. Watch the race one it goes live on the site. 5. You can settle your position based on race results. *** ### Mice Sprints The mice sprints (open field experiments) test whether mice dosed with the compound move faster than placebo-dosed flies. Each race is recorded and streamed monthly. **How it works** * Mice receive either drug or control in their food / injected * Every month, we conduct an [open field test](https://www.youtube.com/watch?v=lF-2WkLQocs) for 10 minutes on five of the mice from each group * The speed of the mice is calculated using a camera * Their speed during the open field test is the data for the Mice Sprint * The goal is to discover whether a drug has anti-aging effects and makes the mice run faster **How to participate** * **Spot trading:** Buy/sell tokens predicting which group will win. * **Margin trading:** Go long using leverage if you believe the compound will outperform. **Steps to play** 1. Notifications will be posted in the telegram channel. 2. Review past race data to form a prediction. 3. You can place a trade before the next race begins. 4. Watch the race one it goes live on the site. 5. You can settle your position based on race results. --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://pumpscience.gitbook.io/pump.science/user-guides/what-youll-see.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.