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The Synaptic Systems Synapse Poster is licenced under Attribution-NoDerivatives 4.0 International.
This licence allows you to use and distribute the image freely with the following limitations:
- You have to provide attribution to the author by providing a link back to our Website (https://www.sysy.com).
- You are not allowed to change the image in any way.
You are explicitly allowed to print and display the Synapse publicly and/or for educational use.
If you require a different size or file format please contact support@sysy.com.
The Synaptic Systems Synapse Poster is licenced under Attribution-NoDerivatives 4.0 International.
This licence allows you to use and distribute the image freely with the following limitations:
- You have to provide attribution to the author by providing a link back to our Website (https://www.sysy.com).
- You are not allowed to change the image in any way.
You are explicitly allowed to print and display the Synapse publicly and/or for educational use.
If you require a different size or file format please contact support@sysy.com.
The NanoTag ALFA Poster is licenced under Attribution-NoDerivatives 4.0 International.
This licence allows you to use and distribute the image freely with the following limitations:
- You have to provide attribution to the author by providing a link back to our Website (https://www.nano-tag.com).
- You are not allowed to change the image in any way.
You are explicitly allowed to print and display the Synapse publicly and/or for educational use.
If you require a different size or file format please contact support@sysy.com.
The NanoTag ALFA Poster is licenced under Attribution-NoDerivatives 4.0 International.
This licence allows you to use and distribute the image freely with the following limitations:
- You have to provide attribution to the author by providing a link back to our Website (https://www.nano-tag.com).
- You are not allowed to change the image in any way.
You are explicitly allowed to print and display the Synapse publicly and/or for educational use.
If you require a different size or file format please contact support@sysy.com.
Sy_Sy_poster_Nov_2025.pdf (18MB)
Tissue-resident macrophages (TRMs) have specialized functions based on their locations and distinct gene expression profiles. They have been implicated in tissue development (e.g. bone formation, brain development, mammary gland development), tissue homeostasis (e.g. maintenance of insulin sensitivity, thermogenic gene induction, hepatic lipid homeostasis) and the resolution of inflammation. In contrast, recruited monocytes - that become macrophages in tissues - are viewed as key players during inflammation and pathogen challenge.
You are explicitly allowed to print and display the Synapse publicly and/or for educational use.
If you require a different size or file format please contact support@sysy.com.
Sy_Sy_poster_Nov_2025.pdf (18MB)
Tissue-resident macrophages (TRMs) have specialized functions based on their locations and distinct gene expression profiles. They have been implicated in tissue development (e.g. bone formation, brain development, mammary gland development), tissue homeostasis (e.g. maintenance of insulin sensitivity, thermogenic gene induction, hepatic lipid homeostasis) and the resolution of inflammation. In contrast, recruited monocytes - that become macrophages in tissues - are viewed as key players during inflammation and pathogen challenge.
You are explicitly allowed to print and display the Synapse publicly and/or for educational use.
If you require a different size or file format please contact support@sysy.com.
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