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A pipette with a tip attached. | SciDraw Gallery

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A pipette with a tip attached.

Biomedical

Prompt Description

A pipette with a tip attached.

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APPROVED

This document outlines the creation of a mechanism-style scientific figure that summarizes the development of minimum requirements for longitudinal flow cytometry studies. The figure should employ a clean, Nature/Cell-style schematic with vector icons, clear arrows, feedback loops, and minimal text, with the layout flowing from left to right.

**TITLE:** Mechanism for Developing Minimum Requirements for Longitudinal Flow Cytometry Studies

**LEFT PANEL — INPUT VARIABILITY SOURCES:**
A cluster of icons representing:
* Flow cytometer
* Antibody vials / reagents
* Operators / technicians
* Multi-site instrument locations
* High-parameter data plots

Labels:
* Instrument drift
* Operator variability
* Antibody/reagent lot differences
* Multi-instrument / multi-site heterogeneity
* High-dimensional panels
* Complex analysis pipelines

Arrows from all sources converge into a central problem node:
Node label: “Need for Standardized Guidance”

**CENTER PANEL — ITERATIVE COMMUNITY CONSENSUS MECHANISM:**
Display a sequential cascade of four nodes with arrows and one feedback loop:

APPROVED This document outlines the creation of a mechanism...

APPROVED

This image is suitable for a graphic abstract based on the following abstract:

Title: Sleep Regularity Index in Post-Stroke Recovery

Introduction: Sleep-wake disruption frequently occurs following a stroke and can hinder neurological recovery, functional improvement, and overall quality of life. In addition to sleep duration and efficiency, the consistency of the rest-activity cycle from day to day is an important factor in recovery. The Sleep Regularity Index (SRI) quantifies the probability that an individual will be in the same state of sleep or wakefulness at the same time of day on consecutive days. This study assesses the SRI during post-stroke recovery over time, estimates population-averaged associations with relevant covariates, and characterizes individual transitions between predefined SRI states over time.

Methods: We analyzed data from 76 subjects participating in a larger ongoing study investigating the prevalence and impact of non-OSA sleep disorders after stroke. Demographic and clinical variables were collected at 10, 60, and 90 days post-stroke. Participants wore an...

APPROVED This image is suitable for a graphic abstract base...

APPROVED
This is a professional, rational, and concise one-page infographic illustration for a career planning competition PPT, in a horizontal layout.
The main theme of the image is "Growth Path."
On the left is a hospital internship scene, featuring a clinical pharmacy student in a white coat, in a hospital corridor or ward. The background includes a ward, nurse station, electronic medical record system, and standardized process icons, reflecting familiarity with the hospital work environment and operating procedures.
A clear timeline or arrow connects the middle, symbolizing the transition from internship to graduation.
On the right is a career development and job search scene, with the character transitioning to a professional state, holding a resume or tablet. The screen displays the words "CRA / Clinical Research Associate."
The upper right corner or right background incorporates Guangzhou city imagery, such as the Canton Tower and city skyline contours, expressing a clear job location orientation.
The overall tone is mainly blue and white, with a small amount of tech gray, reflecting a medical and clinical research style.
The composition leaves ample white space, making it suitable as a PPT page background, with space for title text at the top or center.
A combination of flat design and light realism, in an infographic style, conveying a sense of sophistication suitable for competition display.

APPROVED This is a professional, rational, and concise one-p...

Create a schematic diagram of a single-cell dual-omics technology workflow for nascent RNA and ATAC co-assay.
Overall layout: Include screening experimental design, cell development process screening, dual-omics bioinformatics joint analysis, and expected results.
Nascent RNA sequencing section: By treating cells with 4sU, metabolically label nascent RNA. After fixing the cells, perform T-to-C base conversion through IAA base conversion reaction. Determine nascent RNA and mature RNA based on mutations.
ATAC section: Randomly fragment DNA using intranuclear Tn5 enzyme and perform tag ligation.
Single-cell dual-omics co-assay section: Separate the nuclei of cells that have completed nascent RNA labeling and ATAC tag ligation. Separate single nuclei using water-in-oil technology. Complete RNA reverse transcription and DNA and RNA single-cell tag ligation in the water-in-oil system to achieve single-cell dual-omics co-assay.
Technical focus: Research on rapid, heterogeneous biological processes with changes in chromatin accessibility, such as stem cell differentiation, T cell activation, and tumor cell development.
Data analysis: Combined with AI deep learning, learn the deeper-level gene expression regulation logic of cells through joint analysis of single-cell nascent RNA and ATAC co-assay data.
Color scheme: Refer to the CNS color scheme, and the color saturation should not be too high.
Overall layout: Highlight the technical design section.
Text: Use English only, do not mix Chinese and English.

Create a schematic diagram of a single-cell dual-omics techn...