Cytek · conference-presentation
Cytek | Investor Day Presentation Deck | 124 slides
120 pages · 3 arc beats · 1 loops
Cytek | Investor Day Presentation Deck | 124 slides
Cytek · 2022-06 arc beats above · slides in the middle · loops below · scroll → 1 LOOPS
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Deck intelligence map
3 coverage by narrative range · generated from this deck JSON
Narrative range 12 total
Metadata
Components
Metrics
Tools
Frameworks
Beats
Loops
Problem 4 slides 100% 4/4 slides 100% 4/4 slides · 19 hits — 0/4 slides
— 0/4 slides
75% 3/4 slides 100% 4/4 slides — 0/4 slides
Solution 5 slides 100% 5/5 slides 100% 5/5 slides · 23 hits — 0/5 slides
20% 1/5 slides — 0/5 slides
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Market Size 3 slides 100% 3/3 slides 100% 3/3 slides · 18 hits — 0/3 slides
33.3% 1/3 slides — 0/3 slides
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Slide inventory
120 every slide · same image gating as the playbook
07
The slide uses a three-column layout for KPIs and a right-hand sidebar for a product timeline.summarize
08
Uses donut charts to decompose the initial and additional TAM segments.size_opportunity
Open slide detailBeat · Market Size
11
The slide uses a funnel diagram to represent the process of single-cell analysis and sorting from a bulk tumor sample.frame_problem
Open slide detailBeat · Problem
12
The slide combines a pie chart for application segmentation and a bar chart for longitudinal growth in publication count.analyze_data
Open slide detailBeat · Problem
15
The slide uses a hub-and-spoke diagram to connect the central technology to five distinct medical research fields.illustrate_case
16
The slide features a screenshot of a scientific paper and a corresponding t-SNE plot showing cellular clusters.cite_precedent
17
The slide cites a specific study by Kindstar Medical Laboratory presented at ICCS 2021.cite_precedent
18
The slide includes a citation of a scientific paper and a process diagram showing the pipeline steps.diagnose_problem
19
The slide features a screenshot of a published paper abstract and a summary of its key findings regarding Cytek Aurora usage.cite_precedent
20
The slide uses a visual flow diagram to connect a central technology (Flow Cytometry) to four adjacent market segments, supported by a scientific publication ciillustrate_case
21
The table shows that the combination of both methods yields a 73% predictive rate, compared to 52% for NGS alone and 50% for MFC alone.cite_precedent
22
The slide uses a process-oriented layout to show the evolution from academic labs to a full solutions provider.plan_implementation
23
The slide features four headshots with corresponding professional titles and bulleted lists of achievements.introduce_nominees
25
Includes presenter name, affiliation, and photos of the facility and lab work.front_matter
27
The slide uses diagrams to illustrate antibody-receptor binding, gene expression via fluorescent proteins, and physiological biosensors.present_framework
28
The slide uses technical diagrams to explain the optical path and spectral data collection process.present_framework
29
The slide uses hub-and-spoke diagrams to represent the optical complexity of different laser channels in a BD FACsymphony A5 system.diagnose_problem
31
The slide uses a flow cytometry gating hierarchy (gating strategy) to demonstrate the separation of cell populations.analyze_data
32
Includes spectral emission curves and a scatter plot showing separation.analyze_data
33
The matrix is a standard spillover spreading matrix used in flow cytometry to assess fluorophore overlap.illustrate_case
34
Technical presentation slide from CYTO 2021 conference regarding spectral cytometry panel design.analyze_data
35
The slide uses a scientific paper citation as evidence for the expansion of fluorescent tags.cite_precedent
36
The slide uses a problem-solution structure: traditional sorters lag behind analyzers, but this product bridges that gap.present_solution
Open slide detailBeat · Solution
37
The slide uses a grid of histograms to demonstrate that the Aurora CS and Aurora analyzer have virtually identical performance characteristics.analyze_data
Open slide detailBeat · Solution
38
The slide is a direct screenshot of a software UI used for laboratory equipment control.other
Open slide detailBeat · Solution
39
Shows high purity and yield results for specific cell subsets.illustrate_case
Open slide detailBeat · Solution
41
Features a circular genomic/data visualization graphic and a red banner with DNA sequence/binary data.front_matter
42
Includes a photo of the research team and logos for Cytek and The James (Ohio State University).establish_context
44
The slide uses a DNA double helix graphic to reinforce the biological/medical context.summarize
46
The slide uses a DNA helix graphic as a background element, reinforcing the medical/cancer research context.transition
48
This is a biological taxonomy chart showing the lineage of immune cells starting from CD45+ cells, branching into Myeloid and Lymphoid lineages, and further intother
49
The slide uses a DNA-like background graphic and includes a flow chart of cell types.present_framework
50
The slide demonstrates multiplexed imaging techniques used to analyze the spatial architecture of immune cells within a tissue microenvironment.illustrate_case
51
The slide displays two microscopy-derived spatial plots with connecting lines indicating proximity between cell types (CD8a+/PD-1+ on left, CD3+/TCF1+ on right)illustrate_case
52
The slide outlines a collaborative research model where costs, expertise, and data are shared across labs.summarize
53
The slide displays a series of 35 individual flow cytometry plots (density plots) used for immunophenotyping.analyze_data
54
The slide displays a high-dimensional flow cytometry dataset, likely from a spectral flow cytometer (Aurora CS).analyze_data
55
The slide displays a standard gating strategy followed by a panel of 35 individual scatter plots representing different markers.analyze_data
56
The slide displays multiple panels of scatter plots and population hierarchy tables, likely representing raw data or methodology validation for a 34-color flow analyze_data
61
The slide uses a contrast-based framing to set up a discussion on biological complexity.frame_situation
62
The slide uses a tree diagram to show cell lineage and classification.present_framework
63
The slide uses a visual metaphor of a 'fingerprint' (the black circle) being decomposed into individual scatter plots with increasing correlation strength.present_framework
64
The slide uses a tree diagram to illustrate the cellular hierarchy and the specific protein markers (CD markers, etc.) associated with each subset.frame_problem
Open slide detailLoop · Cost Of Inaction
65
The slide uses a bracket to group a list of diseases under the category 'Diseases associated with normal aging'.diagnose_problem
Open slide detailLoop · Cost Of Inaction
66
Includes a QR code for the study, author list, and specific algorithm (CITRUS) and model (PLS-DA) references.analyze_data
Open slide detailLoop · Cost Of Inaction
67
The central diagram is a geometric symbol (triangle inside a circle with a square inside the triangle).present_framework
Open slide detailLoop · Cost Of Inaction
68
The slide presents a scientific publication title and visual evidence of algorithm performance improvement.illustrate_case
Open slide detailLoop · Cost Of Inaction
69
The slide displays a t-SNE plot on the left and a heatmap on the right, illustrating high-dimensional biological data.analyze_data
Open slide detailLoop · Cost Of Inaction
70
The slide uses a 2x2 matrix layout to compare cell population distributions across age and HIV status.analyze_data
Open slide detailLoop · Cost Of Inaction
71
The slide summarizes a 2022 Nature Communications paper by Shenoy et al. It uses t-SNE or UMAP plots to visualize cell clusters.analyze_data
Open slide detailLoop · Cost Of Inaction
72
The diagram uses a geometric shape (triangle inside a circle) to represent the integration of three components.present_framework
Open slide detailLoop · Cost Of Inaction
77
The slide uses a fingerprint metaphor to represent 'Immunophenotype' and a scatter plot to show cell population analysis.frame_problem
79
Uses a simple causal arrow to link input resources to business outcomes.present_framework
80
Uses a metaphor of 'Jeep Enthusiast' vs 'Chrysler dealership' to illustrate the importance of specialized vendor support.present_framework
81
Uses a 'Dirty' vs 'Clean' contrast to frame the technical superiority of Cytek's high-parameter testing.compare_peers
82
The slide uses a visual metaphor (portholes) to explain a technical concept, likely part of a larger analogy.establish_context
83
The slide uses four distinct tables to demonstrate efficiency gains across different medical screening panels.compare_peers
84
The slide uses two identical tables side-by-side to illustrate efficiency gains in two different workflow stages.compare_peers
85
The slide uses a bracket to contrast the benefits with a 'But, does it actually work?' challenge, effectively setting up a transition to data validation.preempt_rebuttal
86
The slide displays multiple bivariate scatter plots (flow cytometry data) with a central overlay title. A small cow icon is present in one of the plots.analyze_data
87
The slide uses a numbered list structure to define success criteria for academic institutions.summarize
90
The slide uses a balance scale metaphor to represent the dual focus of the company.present_framework
93
The chart shows a plateau in conventional flow cytometry around 30 colors, with a new data point (likely spectral flow) jumping to 40.diagnose_problem
94
The slide uses a before-after framing to contrast conventional compensation methods with FSP unmixing.present_solution
95
The slide uses a letter-coded diagram (A-D) to map technical components to their functional descriptions.present_solution
97
The central graphic acts as a hub connecting the four main pillars of the business.present_solution
98
The table uses checkmarks and crosses to visually demonstrate superiority across all listed categories.compare_peers
99
The slide includes a table listing 28 specific cFluor dyes categorized by laser type and a spectral emission chart.size_opportunity
102
The slide uses a before-after framework to demonstrate the value proposition of AI in clinical diagnostics.present_solution
103
The slide features four distinct quadrants/sections highlighting different collaborative efforts (Dr. Sylvain Simon, Liu Yanrong, Vera Tang/University of Ottawaillustrate_case
107
The slide uses a hub-and-spoke diagram to illustrate the Cytek Clinical System at the center with various peripheral modules.present_solution
111
The chart uses a dual-axis approach with bars for absolute values and a line for percentage margin.analyze_data
112
The slide uses a combination of bar charts for absolute values and line charts for percentage of revenue.analyze_data
113
The slide includes a table of financial metrics and a list of qualitative drivers for those metrics.analyze_data
116
Uses a pillar metaphor to represent business strategy components.present_framework
117
The central graphic is the Cytek logo, acting as the hub for four strategic business areas.present_framework
118
The central graphic is the Cytek logo, used as a hub for the strategic pillars.summarize
119
The slide uses a central logo as a hub for four surrounding text points.summarize