LifeScioA Citingale product

A connected studio for life science studies

Flow

Map the process. Keep evidence with each step

F1.S0 · Start flowStudy questionDefine the populationCompare outcomesPopulation definitionNotes Tables ReferencesEligibility recorded before recruitmentSetting Participating study sitesSource Protocol, section 4

Data

Prepare one dataset. Reuse it across your work

Follow-up responses Working draft
ParticipantVisitGroupResponse
P001BaselineIntervention48.2
P001Week 4Intervention36.7
P002BaselineComparator51.4
P002Week 4Comparator47.8
P003BaselineIntervention44.1
240 rows · 8 columns Version 3 saved

Charts

Turn patterns into figures you can explain

Event-free survival Kaplan–Meier
Event-free survival (%)025507510006121824Months since baselineIntervention120103775527Comparator12097775532At riskShading: 95% CI · + censored · Synthetic cohort

Statistical analysis

Examine effects, uncertainty and assumptions

Multivariable Cox regression

240 participants · 140 events · 24-month follow-up

Intervention vs comparatorAge, per 10 yearsRisk score, per SD0.512Adjusted hazard ratio (log scale)
CovariateHR95% CIp
Intervention vs comparator0.790.56–1.100.165
Age, per 10 years1.130.90–1.410.287
Risk score, per SD1.751.45–2.12<0.001

Concordance: 0.64 · Adjusted for age and baseline risk.
Synthetic cohort · Demonstration results

Literature review

Keep every claim connected to its source

What does the evidence support?

Interpret the observed difference alongside the uncertainty of the estimate and the study population.1

Collaborative documents

Write together with your research close at hand

Research report A   M

Results and interpretation

Bring the analysis and figure into the same document. Keep the reasoning beside the result.

6040200BaselineWeek 4Week 8Week 12
● Intervention● Comparator

Learning

Understand the method before you apply it

Statistical lessons Worked example

What does an interval tell us?

OverallAge under 65Age 65 and over−808

Explore precision, sample size and the assumptions behind an estimate.

Submission templates

Give your study a clear starting structure

Study protocol Template

From question to a structured plan

  1. Rationale and objectives
  2. Population and study design
  3. Endpoints and analysis
  4. Ethics and data management

Adapt the structure to your study and requirements.

Clear plans. Connected tools. Shared progress

Map your process, on your own or with your team. Connect data, tables, charts, statistics, notes, and background research to the steps they support, keeping the plan and the work together.

F1.S0 · Start flowStudy questionF1.S1Define the populationF1.S2InterventionF1.S3ComparatorF1.S4Compare outcomesF1.S999 · End flowInterpret the evidence
F1.S1Define the population

Notes

Define eligibility before recruitment. Keep the rationale for exclusions with this step.

Tables

Population definition · Table shell
CriterionSpecification
PopulationAdults with the condition
SettingParticipating study sites
ExclusionsRecord with rationale
Mandar Karhade

About the founder

Mandar Karhade

MD PhD MPH “Builder of things”

I’m a physician-scientist with technical expertise in AI and a deep focus on real-world evidence. I advise organizations in the regulated life sciences industry, connecting scientific and technical expertise with strategic and regulatory guidance.

Why I built LifeScio

Every research project begins with a question and a process to work through. Whether you work independently or bring together several stakeholders, mapping that process creates a shared understanding of what needs to happen and why.

The flowchart is the plan. Data, tables, charts, statistics, notes, and background research give each step the detail it needs. I built LifeScio to keep those pieces connected and make it simpler to turn a plan into work, together.

LifeScio is free to use. To support continued development and operating costs,

For enterprise queries, contact contact@citingale.com.