@AyokunleOlan's saved articles

A list by Ayokunle Olanrewaju

Articles that have been saved by @AyokunleOlan

33 articlesLast updated

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  1. A programmable and automated optical electrowetting-on-dielectric (oEWOD) driven platform for massively parallel and sequential processing of single cell assay operations

    1. Lawrence G. Welch
    2. Jasper Estranero
    3. Panagiotis Tourlomousis
    4. Robert C. R. Wootton
    5. Valentin Radu
    6. Carlos González-Fernández
    7. Tim J. Puchtler
    8. Claire M. Murzeau
    9. Nele M. G. Dieckmann
    10. Aya Shibahara
    11. Brooke W. Longbottom
    12. Clare E. Bryant
    13. Emma L. Talbot
    Appears in 1 listLatest version

  3. Transistors platform for rapid and parallel detection of multiple pathogens by nanoscale-localized multiplexed biological activation

    1. Elisa Riedo
    2. Alexander Wright
    3. Hashem Nasralla
    4. Rahul Deshmukh
    5. Moeid Jamalzadeh
    6. Matthew Hannigan
    7. Andrew Patera
    8. Yanxiao Li
    9. Miguel Manzo-Perez
    10. Nitika Parashar
    11. Zhujun Huang
    12. Thanuka Udumulla
    13. Weiqiang Chen
    14. Davide de Forni
    15. Marcus Weck
    16. Giuseppe de Peppo
    17. Davood Shahrjerdi
    Appears in 1 listLatest version

    Ayokunle Olanrewaju

    multiplexed assay automation/pathogen detection is one of those things many groups are working towards. I'm curious about how they approach it, and what the "transistors platform" is

  4. Surface Patterned Omniphobic Tiles (SPOTs): a versatile platform for scalable liquid handling

    1. Samira Shiri
    2. Mohsin J Qazi
    3. Shenghao Tan
    4. Jon Albo
    5. Arnold Chen
    6. Rena Fukuda
    7. Mika S Jain
    8. Nkazi Nchinda
    9. Mark Menesses
    10. Ghada Ahmed
    11. Arynn O Gallegos
    12. Mahesh K Gangishetty
    13. Daniel N Congreve
    14. Nate J Cira
    Appears in 1 listLatest version

    Ayokunle Olanrewaju

    scalable, power-free liquid handling is a major challenge in bioassay automation

  9. NULISA: a proteomic liquid biopsy platform with attomolar sensitivity and high multiplexing

    1. Wei Feng
    2. Joanne C. Beer
    3. Qinyu Hao
    4. Ishara S. Ariyapala
    5. Aparna Sahajan
    6. Andrei Komarov
    7. Katie Cha
    8. Mason Moua
    9. Xiaolei Qiu
    10. Xiaomei Xu
    11. Shweta Iyengar
    12. Thu Yoshimura
    13. Rajini Nagaraj
    14. Li Wang
    15. Ming Yu
    16. Kate Engel
    17. Lucas Zhen
    18. Wen Xue
    19. Chen-jung Lee
    20. Chan Ho Park
    21. Cheng Peng
    22. Kaiyuan Zhang
    23. Adrian Grzybowski
    24. Johnnie Hahm
    25. Susanne V. Schmidt
    26. Alexandru Odainic
    27. Jasper Spitzer
    28. Kasun Buddika
    29. Dwight Kuo
    30. Lei Fang
    31. Bingqing Zhang
    32. Steve Chen
    33. Eicke Latz
    34. Yiyuan Yin
    35. Yuling Luo
    36. Xiao-Jun Ma
    Appears in 1 listLatest version

  10. nELISA: A high-throughput, high-plex platform enables quantitative profiling of the secretome

    1. Milad Dagher
    2. Grant Ongo
    3. Nathaniel Robichaud
    4. Jinglin Kong
    5. Woojong Rho
    6. Ivan Teahulos
    7. Arya Tavakoli
    8. Samantha Bovaird
    9. Shahem Merjaneh
    10. Andrew Tan
    11. Kiran Edwardson
    12. Christelle Scheepers
    13. Andy Ng
    14. Andy Hajjar
    15. Baly Sow
    16. Michael Vrouvides
    17. Andy Lee
    18. Philippe DeCorwin-Martin
    19. Shafqat Rasool
    20. JiaMin Huang
    21. Timothy Erps
    22. Spencer Coffin
    23. Yu Han
    24. Srinivas Niranj Chandrasekaran
    25. Lisa Miller
    26. Maria Kost-Alimova
    27. Adam Skepner
    28. Shantanu Singh
    29. Anne E. Carpenter
    30. Jeffrey Munzar
    31. David Juncker
    Appears in 1 listLatest version

  16. Multiplexed CRISPR-based microfluidic platform for clinical testing of respiratory viruses and identification of SARS-CoV-2 variants

    1. Nicole L. Welch
    2. Meilin Zhu
    3. Catherine Hua
    4. Juliane Weller
    5. Marzieh Ezzaty Mirhashemi
    6. Tien G. Nguyen
    7. Sreekar Mantena
    8. Matthew R. Bauer
    9. Bennett M. Shaw
    10. Cheri M. Ackerman
    11. Sri Gowtham Thakku
    12. Megan W. Tse
    13. Jared Kehe
    14. Marie-Martine Uwera
    15. Jacqueline S. Eversley
    16. Derek A. Bielwaski
    17. Graham McGrath
    18. Joseph Braidt
    19. Jeremy Johnson
    20. Felecia Cerrato
    21. Gage K. Moreno
    22. Lydia A. Krasilnikova
    23. Brittany A. Petros
    24. Gabrielle L. Gionet
    25. Ewa King
    26. Richard C. Huard
    27. Samantha K. Jalbert
    28. Michael L. Cleary
    29. Nicholas A. Fitzgerald
    30. Stacey B. Gabriel
    31. Glen R. Gallagher
    32. Sandra C. Smole
    33. Lawrence C. Madoff
    34. Catherine M. Brown
    35. Matthew W. Keller
    36. Malania M. Wilson
    37. Marie K. Kirby
    38. John R. Barnes
    39. Daniel J. Park
    40. Katherine J. Siddle
    41. Christian T. Happi
    42. Deborah T. Hung
    43. Michael Springer
    44. Bronwyn L. MacInnis
    45. Jacob E. Lemieux
    46. Eric Rosenberg
    47. John A. Branda
    48. Paul C. Blainey
    49. Pardis C. Sabeti
    50. Cameron Myhrvold

    Reviewed by ScreenIT

    1 evaluationAppears in 2 listsLatest version Latest activity

  17. Phenotyping single-cell motility in microfluidic confinement

    1. Samuel A Bentley
    2. Hannah Laeverenz-Schlogelhofer
    3. Vasileios Anagnostidis
    4. Jan Cammann
    5. Marco G Mazza
    6. Fabrice Gielen
    7. Kirsty Y Wan

    • Curated by eLife

      eLife assessment

      This paper reports on the development of an impressive microfluidic platform for the study of motility, and motility transitions, exhibited by single algal cells in circular confinement. Building on previous work that showed a three-state motility repertoire for certain green algae, the present work uses extremely long time series and a variety of physical perturbations to show how those dynamics can be altered by environmental conditions. The work will be of interest to a wide range of scientists studying motility and nonequilibrium dynamics, but its impact would be improved by a more insightful analysis of the voluminous data, with connections to physical principles.

    Reviewed by eLife

    4 evaluationsAppears in 3 listsLatest version Latest activity
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