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Cellular and Molecular

Project type

Cellular and Molecular Illustrations

Visualizing the microscopic world, sometimes simplicity is key. I simplify complex pathways to organize data and information in the best possible way. Effectively conveying the scientific story without words is the mark of a successful piece.

Illustration of a virion displaying its external spike glycoproteins and internal components such as the nucleocapsid and RNA, highlighting the structure of a single viral infectious particle.

Illustration of a virion displaying its external spike glycoproteins and internal components such as the nucleocapsid and RNA, highlighting the structure of a single viral infectious particle.

Diagram illustrating the cancer-immunity cycle, showing how tumor cells release antigens that are picked up by antigen-presenting cells, which activate T cells in lymph nodes. These T cells then target and destroy tumor cells, releasing more antigens and perpetuating the cycle, crucial for developing cancer immunotherapies.

Diagram illustrating the cancer-immunity cycle, showing how tumor cells release antigens that are picked up by antigen-presenting cells, which activate T cells in lymph nodes. These T cells then target and destroy tumor cells, releasing more antigens and perpetuating the cycle, crucial for developing cancer immunotherapies.

The Glucocorticoid Receptor Signaling Pathway

The Glucocorticoid Receptor Signaling Pathway

Dynamics of Muscle Contraction: The Myosin Cross-Bridge Cycle

Dynamics of Muscle Contraction: The Myosin Cross-Bridge Cycle

Dystrophin-associated Complex

Dystrophin-associated Complex

Circulating Tumor DNA

Circulating Tumor DNA

FISH (Fluorescence in situ Hybridization)

FISH (Fluorescence in situ Hybridization)

Principle of Sanger Sequencing

Principle of Sanger Sequencing

Differences Between Gram-positive and Gram-negative Bacterial Cell Walls

Differences Between Gram-positive and Gram-negative Bacterial Cell Walls

Peptidoglycan Structure

Peptidoglycan Structure

Types of Muscle Fibers: Skeletal Muscle

Types of Muscle Fibers: Skeletal Muscle

Comparative illustration of a eukaryotic and a prokaryotic cell, showing the eukaryotic cell with a distinct, enclosed nucleus and various membrane-bound organelles like mitochondria, and the simpler prokaryotic cell without a nucleus or organelles, emphasizing the structural differences between the two cell types

Comparative illustration of a eukaryotic and a prokaryotic cell, showing the eukaryotic cell with a distinct, enclosed nucleus and various membrane-bound organelles like mitochondria, and the simpler prokaryotic cell without a nucleus or organelles, emphasizing the structural differences between the two cell types

Diagram showing the process of protein synthesis, from DNA transcription to mRNA formation, through to the translation at the ribosome where amino acids are assembled into proteins based on mRNA sequences.

Diagram showing the process of protein synthesis, from DNA transcription to mRNA formation, through to the translation at the ribosome where amino acids are assembled into proteins based on mRNA sequences.

Diagram depicting a Langerhans cell engulfing foreign microbes, breaking them down into smaller parts, and presenting these on its surface to activate other immune cells in the skin.

Diagram depicting a Langerhans cell engulfing foreign microbes, breaking them down into smaller parts, and presenting these on its surface to activate other immune cells in the skin.

Scanning electron micrograph simulation showing Group A Streptococcus bacteria, which form pairs or chains due to their single-axis cell division.

Scanning electron micrograph simulation showing Group A Streptococcus bacteria, which form pairs or chains due to their single-axis cell division.

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