Publications

Journals

202520242023202220212020201920182015201420122011

2025

1. Microfluidic Generation of Calcium Alginate Hydrogel Beads using External Gelation for Microalgae Cultivation

   D Tuan Tran, F Malekpour Galogahi, NK Nguyen, U Roshan et al. (2025)

   ChemNanoMat, 11 (3), e202400549

2. Continuous dielectrophoretic sorting of liquid beads

   AS Yadav, A Vashi, U Roshan, FM Galogahi, DT Tran, KR Sreejith et al. (2025)

   Sensors and Actuators B: Chemical, 435, 137627

2024

1. Recent developments and future perspectives of microfluidics and smart technologies in wearable devices

   S Apoorva, NT Nguyen, KR Sreejith (2024)

   Lab on a Chip, 24 (7), 1833-1866

2. Calcium Alginate Core–Shell Liquid Beads Encapsulated with Microalgae for Wastewater Treatment

   DT Tran, NK Nguyen, AS Yadav, A Chuang, M Burford, FM Galogahi et al. (2024)

   Advanced Energy and Sustainability Research, 5 (7), 2400112

3. The dynamics of vertical coalescence of acoustically levitated droplets

   A Vashi, AS Yadav, NT Nguyen, KR Sreejith (2024)

   Microfluidics and Nanofluidics, 28 (5), 34

4. Calcium alginate elastic capsules for microalgal cultivation

   NK Nguyen, AS Yadav, A Chuang, M Burford, CH Ooi, KR Sreejith et al. (2024)

   RSC advances, 14 (22), 15441-15448

5. Synthesis and active manipulation of magnetic liquid beads

   AS Yadav, FM Galogahi, A Vashi, DT Tran, GS Kijanka, H Cha et al. (2024)

   Biomedical Microdevices, 26 (2), 24

2023

1. Parametric analysis of acoustically levitated droplet for potential microgravity application

   A Vashi, AS Yadav, NT Nguyen, KR Sreejith (2023)

   Applied Acoustics, 213, 109624

2. Precise, wide field, and low-cost imaging and analysis of core–shell beads for digital polymerase chain reaction

   AS Yadav, FM Galogahi, A Vashi, CH Ooi, KR Sreejith, NT Nguyen (2023)

   Lab on a Chip, 23 (15), 3353-3360

2022

1. Controllable high-performance liquid marble micromixer

   NK Nguyen, P Singha, Y Dai, KR Sreejith, DT Tran, HP Phan, NT Nguyen et al. (2022)

   Lab on a Chip, 22 (8), 1508-1518

2. Lab-on-a-chip technologies for microgravity simulation and space applications

   A Vashi, KR Sreejith, NT Nguyen (2022)

   Micromachines, 14 (1), 116

3. Noninvasive refilling of liquid marbles with water for microfluidic applications

   KR Sreejith, P Singha, NK Nguyen, CH Ooi, DV Dao, NT Nguyen (2022)

   Applied Physics Letters, 120 (6)

4. Hydrophobically modified gelatin particles for production of liquid marbles

   T Takei, R Tomimatsu, T Matsumoto, KR Sreejith, NT Nguyen, M Yoshida (2022)

   Polymers, 14 (22), 4849

5. Investigation of liquid marble shell using X‐ray: shell thickness and effective surface tension

   P Singha, NK Nguyen, VT Nguyen, KR Sreejith, DT Tran, AV Nguyen et al. (2022)

   ChemNanoMat, 8 (1), e202100423

6. Front Cover: Investigation of liquid marble shell using X‐ray: shell thickness and effective surface tension (ChemNanoMat 1/2022)

   P Singha, NK Nguyen, VT Nguyen, KR Sreejith, DT Tran, AV Nguyen et al. (2022)

   ChemNanoMat, 8 (1), e202100478

2021

1. Liquid marble-based digital microfluidics–fundamentals and applications

   CH Ooi, R Vadivelu, J Jin, KR Sreejith, P Singha, NK Nguyen, NT Nguyen (2021)

   Lab on a Chip, 21 (7), 1199-1216

2. A novel RdRp-based colorimetric RT-LAMP assay for rapid and sensitive detection of SARS-CoV-2 in clinical and sewage samples from Pakistan

   MFU Haque, SS Bukhari, R Ejaz, FU Zaman, KR Sreejith, N Rashid et al. (2021)

   Virus research, 302, 198484

3. A portable device for LAMP based detection of SARS-CoV-2

   KR Sreejith, M Umer, L Dirr, B Bailly, P Guillon, M von Itzstein, N Soda et al. (2021)

   Micromachines, 12 (10), 1151

4. Effect of core liquid surface tension on the liquid marble shell

   P Singha, NK Nguyen, KR Sreejith, H An, NT Nguyen, CH Ooi (2021)

   Advanced Materials Interfaces, 8 (5), 2001591

5. Loop-mediated isothermal amplification in a core-shell bead assay for the detection of tyrosine kinase AXL overexpression

   KR Sreejith, M Umer, P Singha, NK Nguyen, S Kasetsirikul, CH Ooi et al. (2021)

   Micromachines, 12 (8), 905

6. A paper-based immunofluorescent device for the detection of SARS-CoV-2 humanized antibody

   S Kasetsirikul, M Umer, N Soda, KR Sreejith, MJA Shiddiky, NT Nguyen (2021)

   Preprints

7. Surface Tension: Effect of Core Liquid Surface Tension on the Liquid Marble Shell (Adv. Mater. Interfaces 5/2021)

   P Singha, NK Nguyen, KR Sreejith, H An, NT Nguyen, CH Ooi (2021)

   Advanced Materials Interfaces, 8 (5), 2170025

2020

1. Detection of the SARS-CoV-2 humanized antibody with paper-based ELISA

   S Kasetsirikul, M Umer, N Soda, KR Sreejith, MJA Shiddiky, NT Nguyen (2020)

   Analyst, 145 (23), 7680-7686

2. Liquid marbles as miniature reactors for chemical and biological applications

   NK Nguyen, CH Ooi, P Singha, J Jin, KR Sreejith, HP Phan, NT Nguyen (2020)

   Processes, 8 (7), 793

3. Core-shell beads made by composite liquid marble technology as a versatile microreactor for polymerase chain reaction

   KR Sreejith, L Gorgannezhad, J Jin, CH Ooi, T Takei, G Hayase et al. (2020)

   Micromachines, 11 (3), 242

4. Capillarity: revisiting the fundamentals of liquid marbles

   P Singha, CH Ooi, NK Nguyen, KR Sreejith, J Jin, NT Nguyen (2020)

   Microfluidics and Nanofluidics, 24, 1-15

5. Critical trapping conditions for floating liquid marbles

   J Jin, KR Sreejith, CH Ooi, DV Dao, NT Nguyen (2020)

   Physical Review Applied, 13 (1), 014002

6. Core-Shell Beads as Microreactors for Phylogrouping of E. coli Strains

   L Gorgannezhad, KR Sreejith, M Christie, J Jin, CH Ooi, M Katouli et al. (2020)

   Micromachines, 11 (8), 761

7. Surfactant-free, UV-curable core–shell microcapsules in a hydrophilic PDMS microfluidic device

   AJT Teo, F Malekpour-galogahi, KR Sreejith, T Takei, NT Nguyen (2020)

   Aip Advances, 10 (6)

8. Liquid marble based digital microfluidics: Fundamental physics and applications

   NT Nguyen, CH Ooi, R Vadivelu, KR Sreejith, J Jin, NK Nguyen, P Singha (2020)

   MicroTAS, 2020-24th International Conference on Miniaturized Systems for …

9. LAMP based detection of SARS-CoV-2 with low-cost off-the-shelf components

   KR Sreejith, M Umer, N Soda, S Kasetsirikul, MJA Shiddiky, NT Nguyen (2020)

   24th International Conference on Miniaturized Systems for Chemistry and Life …

2019

1. Liquid marbles as biochemical reactors for the polymerase chain reaction

   KR Sreejith, L Gorgannezhad, J Jin, CH Ooi, H Stratton, DV Dao et al. (2019)

   Lab on a Chip, 19 (19), 3220-3227

2. Dielectrophoretic trapping of a floating liquid marble

   J Jin, CH Ooi, KR Sreejith, DV Dao, NT Nguyen (2019)

   Physical Review Applied, 11 (4), 044059

3. Accurate dielectrophoretic positioning of a floating liquid marble with a two-electrode configuration

   J Jin, CH Ooi, KR Sreejith, J Zhang, AV Nguyen, GM Evans, DV Dao et al. (2019)

   Microfluidics and Nanofluidics, 23, 1-9

4. An automated on-demand liquid marble generator based on electrohydrodynamic pulling

   KR Sreejith, CH Ooi, J Jin, DV Dao, NT Nguyen (2019)

   Review of Scientific Instruments, 90 (5)

5. Microfluidic array chip for parallel detection of waterborne bacteria

   L Gorgannezhad, KR Sreejith, J Zhang, G Kijanka, M Christie, H Stratton et al. (2019)

   Micromachines, 10 (12), 883

6. Dielectrophoretic trapping of non-stationary floating liquid marbles

   J Jin, CH Ooi, KR Sreejith, DV Dao, NT Nguyen (2019)

   23rd International Conference on Miniaturized Systems for Chemistry and Life …

2018

1. Digital polymerase chain reaction technology–recent advances and future perspectives

   KR Sreejith, CH Ooi, J Jin, DV Dao, NT Nguyen (2018)

   Lab on a Chip, 18 (24), 3717-3732

2. Evaporation dynamics of liquid marbles at elevated temperatures

   KR Sreejith, CH Ooi, DV Dao, NT Nguyen (2018)

   RSC advances, 8 (28), 15436-15443

3. Cryoprotectant-free freezing of cells using liquid marbles filled with hydrogel

   R Vadivelu, N Kashaninejad, KR Sreejith, R Bhattacharjee, I Cock et al. (2018)

   ACS applied materials & interfaces, 10 (50), 43439-43449

4. Manipulation of a floating liquid marble using dielectrophoresis

   CH Ooi, J Jin, KR Sreejith, AV Nguyen, GM Evans, NT Nguyen (2018)

   Lab on a Chip, 18 (24), 3770-3779

5. Dielectrophoretic Manipulation for Robust Liquid Marble-Based Digital Microfluidics

   NT Nguyen, CH Ooi, J Jin, KR Sreejith (2018)

   MicroTAS, 2018

2015

1. A low cost automated specific heat capacity meter for liquids

   KR Sreejith, PG Shyamkumar, PA Revathy, C Sreedevi (2015)

   2015 International Conference on Trends in Automation, Communications and …

2014

1. An automated pipette puller for fabrication of glass micropipettes

   R Tamizhanban, KR Sreejith, GR Jayanth (2014)

   Review of Scientific Instruments, 85 (5)

2012

1. Indirect Length Measurement between Two Points on a Remote Plane

   KR Sreejith, K Sarath, PN Sahanas, NS Thalha (2012)

   International Journal of Applied Information Systems—ISSN, 2249-0868

2011

1. Low Cost Microwave Plasma Generation System–A Power Analysis study

   IS Smitha, KR Sreejith, KA Mathew, K Rajeevkumar (2011)

   International Journal of Computer Applications, 30 (12), 1-7

Conferences

1. LAMP-based detection of SARS-CoV-2 with low-cost off-the-shelf components

   KR Sreejith, M Umer, N Soda, S Kasetsirikul, MJA Shiddiky, NT Nguyen

   MicroTAS – International Conference on Miniaturized Systems for Chemistry and Life Sciences, 10–14 October 2021, California.

2. Liquid marbles – a versatile microfluidic platform for “green bio laboratory” practices

   Microfluidics & Organ-on-a-Chip Asia 2019, Tokyo, Japan, 14–15 November 2019.

3. Liquid marble as a bioreactor for polymerase chain reaction

   Australia and New Zealand Nano and Microfluidics (ANZNMF-2019), University of Wollongong, Australia, 1–3 July 2019.

4. A small volume droplet dispenser based on electrohydrodynamic pulling

   KR Sreejith, GR Jayanth

   31st Annual In-House Symposium on Space Science and Technology, ISRO-IISc Space Technology Cell, Indian Institute of Science, Bangalore, India, 8–9 January 2015.

5. Low-cost automated specific heat capacity meter for liquids

   KR Sreejith, PG Shyamkumar, PA Revathy, C Sreedevi

   2015 IEEE International Conference on Trends in Automation, Communications and Computing Technology (I-TACT-15), Bangalore, India.

6. Automation of hydroelectric power plant using wireless SCADA

   KR Sreejith, PS Arjun, Gokul Gopal, Nikhil K Joshi, Nair Sruthi Prakash

   International Conference on Computing and Control Engineering (ICCCE 2012), Dr. MGR University, Chennai, India, 2012.

Reports

1. Design and development of a fully automated liquid marble-based stem cell culturing system in 96-well plate

   KR Sreejith

2. Design and development of an RT-PCR/LAMP thermal cycler with real-time fluorescent detection

   KR Sreejith

3. Design and development of a thermal cycler for PCR/LAMP for microfluidic chip, liquid marbles and core-shell beads

   KR Sreejith