Παρακολούθηση
Anjali Sreekumar
Anjali Sreekumar
Η διεύθυνση ηλεκτρονικού ταχυδρομείου έχει επαληθευτεί στον τομέα iith.ac.in
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Παρατίθεται από
Έτος
Bimetallic nickel/cobalt metal-organic framework-based electrochemical sensor for trace level detection of IgG in simulated human blood serum
M Ravipati, A Sreekumar, S Badhulika
Microchemical Journal 195, 109510, 2023
102023
Solid-state single-step synthesis of FeNbO4 perovskite modified nickel foam for electrochemical detection of Creatine phosphokinase in simulated human blood serum
A Sreekumar, L Durai, S Badhulika
Ceramics International 49 (13), 21722-21728, 2023
92023
Cu-MOF nanosheets modified nickel foam: a versatile platform for highly sensitive electrochemical detection of transferrin in simulated human blood serum
A Sreekumar, M Ravipati, S Badhulika
Ceramics International 49 (19), 31744-31751, 2023
72023
Facile one-step synthesis of a niobium iron oxide based electrochemical transistor for rapid, label-free detection of folic acid in human blood serum samples
A Sreekumar, L Durai, S Badhulika
New Journal of Chemistry 47 (18), 8845-8853, 2023
42023
FeS 2-based aerogel as a flexible low-cost substrate for rapid SERS detection of histamine in biofluids
A Sreekumar, L Durai, M Thomas, S Badhulika
New Journal of Chemistry 47 (24), 11615-11622, 2023
32023
Tin oxide-polyaniline nanocomposite modified nickel foam for highly selective and sensitive detection of cholesterol in simulated blood serum samples
P Singh, A Sreekumar, S Badhulika
Nanotechnology 34 (43), 435501, 2023
22023
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