Drug Renal Dose Adjuster MCP for AI. Safely adjust meds based on kidney function.
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…and any MCP-compatible client








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Drug Renal Dose Adjuster helps clinicians manage medication dosages for patients with kidney disease. Input a patient's Creatinine Clearance (CrCl) or eGFR to calculate safe dosage modifications and check for drug contraindications automatically.
What your AI can do
Calculate renal adjustment
Calculates and recommends an adjusted medication dose based on a patient's specific renal function levels.
Get drug baseline
Retrieves the standard, original recommended dose and administration interval for any supported drug.
List all drugs
Lists every medication included in the system's comprehensive catalog so you can select a drug for review.
Calculates a precise, adjusted dose or interval extension based on the patient's measured renal function.
Retrieves the original recommended baseline dose and administration frequency for any selected medication.
Identifies if a specific drug is unsafe or forbidden at the patient's current kidney function level.
Provides a list of every supported medication to select from for dosing checks.
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Drug Renal Dose Adjuster with 3 Tools
These tools let you list supported drugs, find their standard doses, and calculate precise adjustments based on renal function.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using Drug Renal Dose Adjuster on VinkiusCalculate Renal Adjustment
Calculates and recommends an adjusted medication dose based on a patient's specific renal function levels.
Get Drug Baseline
Retrieves the standard, original recommended dose and administration interval for...
List All Drugs
Lists every medication included in the system's comprehensive catalog so you can...
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This connection provides 3 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
It’s easy to get lost in drug protocols today.
You know how it goes. You pull up a patient's chart, see the low eGFR reading, and then you spend ten minutes clicking through multiple databases: one for baseline doses, another for renal guidelines, and yet a third to check for contraindications. You end up copying numbers into a spreadsheet just to try and make sense of the adjustments.
With this MCP, all that happens in seconds. You provide the patient's kidney metric—the eGFR or CrCl—and ask the tool what needs adjusting. It instantly gives you the safe dose range and tells you which drugs are absolutely off-limits.
The Drug Renal Dose Adjuster MCP delivers immediate, clinically sound dosing.
You stop wasting time cross-referencing baseline data from one source and adjustment guidelines from another. The system pulls the standard dose via `get_drug_baseline` and applies the renal math in a single, integrated step using `calculate_renal_adjustment`.
The difference is simple: you get an actionable safety report, not just a list of numbers to check manually.
What your AI can actually do with this
Managing medications when kidney function drops is tough. Wrong dosing can be dangerous, plain and simple. This MCP helps healthcare professionals maintain safety by adjusting regimens in real-time. You provide the patient’s current renal metrics—either Creatinine Clearance or eGFR—and the system figures out what changes are needed for specific drugs.
It doesn't just adjust doses; it flags outright contraindications where a drug is too toxic for that level of kidney function. To start, you can browse the full catalog using Vinkius and check standard dosing information before running any adjustments. This makes sure every decision you make about medication safety is grounded in current clinical data.
019eedb7-48cb-7119-ab04-48feca8600f4 Here's how it actually works
The bottom line is that it gives you a safety check on your medication plan, moving beyond simple reference lookup to actionable dosage modification recommendations.
First, you use the tool to look up the standard dose and interval for the drug in question.
Next, input the patient's specific renal metric (CrCl or eGFR) and run the adjustment calculation.
Finally, the system returns the recommended adjusted dose, any necessary interval changes, and alerts you if the drug is contraindicated.
Who is this actually for?
Pharmacists and clinical residents who spend hours cross-referencing drug formularies against changing patient vitals. This MCP eliminates the guesswork when a patient's kidney function shifts, ensuring every dose recommendation is clinically sound.
When a doctor writes an order for a nephrotoxic drug, you use this to verify if the calculated dose matches current guidelines and flag any immediate risks.
After reviewing a patient's lab work showing low eGFR, you run through the medication list using this MCP to quickly generate safe alternative dosing protocols for all active drugs.
You need to check if an elective drug is contraindicated given a patient's fluctuating CrCl. You use this tool first, before calling senior staff, to narrow down the safety window.
What Changes When You Connect
You immediately get the adjusted dose. Instead of manually calculating reductions or extending intervals, the system handles this via calculate_renal_adjustment, giving you a precise number to use.
It checks for danger first. The MCP flags drugs that are completely unsafe (contraindicated) at the patient's current renal threshold, saving critical time during rounds.
You don't have to remember all drug specs. Use list_all_drugs to browse the full supported catalog, then use get_drug_baseline to pull up the standard dose quickly for reference.
The process is contained. You keep the entire dosing review—from baseline lookup to final adjustment—within one workflow, reducing the chance of mixing data from different sources.
It reduces human error in complex scenarios. When a patient's eGFR drops suddenly, this MCP provides an immediate, evidence-based recommendation, letting you focus on care rather than math.
See it in action
Post-Surgery Dosing Protocol
A surgical patient has fluctuating kidney levels. The agent first uses get_drug_baseline to get the standard dose for an antibiotic, then runs calculate_renal_adjustment using the current low eGFR reading. It confirms a reduced dose and flags no contraindications.
New Nephrotoxic Drug Order
The attending orders a drug that usually needs renal adjustment. The agent first checks list_all_drugs to confirm the drug is supported, then uses calculate_renal_adjustment with the patient's CrCl. It immediately warns that the drug is contraindicated.
Routine Medication Reconciliation
The pharmacist reviews a complex patient list. They use the MCP to check every medication against the patient’s current renal status, ensuring no high-risk drugs are included at dangerous dosages.
The honest tradeoffs
Using multiple tools separately
Checking a drug's standard dose in one system and then manually calculating the adjustment in another spreadsheet, leading to mismatched units or outdated data.
Start by using get_drug_baseline for the initial info. Then, feed that baseline information directly into the calculate_renal_adjustment tool, keeping all inputs and outputs within this MCP.
Skipping the contraindication check
Focusing only on finding a lower dose without checking if the drug crosses a critical toxicity threshold at that low kidney function level.
Always run the adjustment through the system. The MCP is designed to flag outright safety issues, even before calculating a possible dosage reduction.
Manual conversion of units
Converting mg/kg to a fixed dose based on an old protocol that doesn't account for current renal function.
The MCP handles the complex physiological math. Give it the patient’s eGFR or CrCl, and let calculate_renal_adjustment do the heavy lifting.
When It Fits, When It Doesn't
Use this MCP if your primary task is dosage safety based on kidney function. If you only need to look up a drug's general facts (e.g., cost or manufacturer), use a dedicated formulary tool instead. Don't use this MCP if you are checking for simple drug-drug interactions that don't involve renal clearance; those require a different kind of safety check. This system is built specifically around the relationship between dose and kidney function, using get_drug_baseline as its starting point before running any adjustment calculation.
Questions you might have
How do I find which drugs are supported? +
You can use the list_all_drugs tool to retrieve a complete, searchable list of all medications currently available in our hardcoded catalog.
What renal metrics can I use for calculations? +
The tool supports both Creatinine Clearance (CrCl) and estimated Glomerular Filtration Rate (eGFR). When using calculate_renal_adjustment, simply specify the measurement type.
How does the tool handle drug contraindications? +
The calculate_renal_adjustment tool automatically checks if the patient's renal value has fallen below a safety threshold. If it has, the tool will flag the drug as contraindicated and provide a clinical warning.
What happens if I run `calculate_renal_adjustment` with a misspelled drug name? +
The tool immediately returns an explicit error message. It won't make any assumptions or try to guess the drug. You must provide the correct spelling or identifier for accurate calculations.
Does `calculate_renal_adjustment` handle different units when I input dose data? +
Yes, it supports standard metric units like mg/kg and mg/day. Be sure to include the unit in your prompt so the calculation knows exactly what you're working with.
Do I need to run `list_all_drugs` before using `get_drug_baseline`? +
No, listing all drugs isn't necessary. You can ask your agent for the baseline dose of a specific medication directly; it handles the lookup internally.
If I provide multiple drug names to `calculate_renal_adjustment`, how does it process them? +
It processes each drug name and its corresponding renal data separately. You'll get a list of individual adjusted doses, making it easy to compare regimens.
Are there performance limitations when calling `get_drug_baseline` repeatedly? +
Vinkius handles rate limits for you. If your agent sends too many requests in quick succession, it will receive a specific throttling error and automatically pause until the limit resets.
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