Deyong Chen
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Explore the profile of Deyong Chen including associated specialties, affiliations and a list of published articles.
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75
Citations
390
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Recent Articles
1.
Zhang M, Liu Q, Zhu M, Chen J, Chen D, Wang J, et al.
Micromachines (Basel)
. 2024 Mar;
15(3).
PMID: 38542598
This paper presents a MEMS electrochemical angular accelerometer with a silicon-based four-electrode structure, which was made of thousands of interconnected microchannels for electrolyte flow, anodes uniformly coated on structure surfaces...
2.
Qian P, Yu Z, Yu J, Lu Y, Xie B, Chen J, et al.
Microsyst Nanoeng
. 2024 Mar;
10:38.
PMID: 38495469
In this paper, a composite pressure-sensitive mechanism combining diaphragm bending and volume compression was developed for resonant pressure microsensors to achieve high-pressure measurements with excellent accuracy. The composite mechanism was...
3.
Fang T, Huang X, Chen X, Chen D, Wang J, Chen J
Cytometry A
. 2024 Feb;
105(7):536-546.
PMID: 38420862
The gold standard of leukocyte differentiation is a manual examination of blood smears, which is not only time and labor intensive but also susceptible to human error. As to automatic...
4.
Yang G, Gao C, Chen D, Wang J, Huo X, Chen J
Biomicrofluidics
. 2024 Jan;
17(6):064106.
PMID: 38162228
This study presented a platform of multiplex fluorescence detection of single-cell droplet microfluidics with demonstrative applications in quantifying protein expression levels. The platform of multiplex fluorescence detection mainly included optical...
5.
Chen X, Huang X, Zhang J, Wang M, Chen D, Li Y, et al.
Cytometry A
. 2023 Dec;
105(5):315-322.
PMID: 38115230
The differential of leukocytes functions as the first indicator in clinical examinations. However, microscopic examinations suffered from key limitations of low throughputs in classifying leukocytes while commercially available hematology analyzers...
6.
Meng Q, Wang J, Chen D, Chen J, Xie B, Lu Y
Microsyst Nanoeng
. 2023 Oct;
9:134.
PMID: 37900976
In this paper, a novel simulation-based evolutionary method is presented for designing parameter-free MEMS structures with maximum degrees of freedom. This novel design method enabled semiautomatic structure evolution by weighing...
7.
Huang X, Chen X, Tan H, Wang M, Li Y, Wei Y, et al.
Cytometry A
. 2023 Oct;
105(2):139-145.
PMID: 37814588
This paper reported a micro flow cytometer capable of high-throughput characterization of single-cell electrical and structural features based on constrictional microchannels and deep neural networks. When single cells traveled through...
8.
Tan H, Chen X, Huang X, Chen D, Qin X, Wang J, et al.
Cytometry A
. 2023 Sep;
105(1):54-61.
PMID: 37715355
This paper developed an electrical micro flow cytometry to realize leukocyte differentials leveraging a constrictional microchannel and a deep neural network. Firstly, purified granulocytes, lymphocytes or monocytes traveled through the...
9.
Gao C, Zhang T, Wei Y, Liu Q, Ma L, Gao M, et al.
ACS Sens
. 2023 Aug;
8(9):3498-3509.
PMID: 37602731
Fast and quantitative estimation of single-cell proteins with various distribution patterns remains a technical challenge. Here, a microfluidic flow cytometer with a uniform optical field (Uni-μFCM) was developed, which enabled...
10.
Zhang T, Chen X, Chen D, Wang J, Chen J
Front Bioeng Biotechnol
. 2023 May;
11:1195940.
PMID: 37207125
As the golden approach of single-cell analysis, fluorescent flow cytometry can estimate single-cell proteins with high throughputs, which, however, cannot translate fluorescent intensities into protein numbers. This study reported a...