Publications
Enhanced simultaneous voltammetric detection of lead, copper, and mercury using a MIL-101(Cr)-(COOH)2@MWCNTs modified glassy carbon electrode
Abdel-Aziz A.M.; Abdelhameed R.M.; Badr I.H.A.; Rafea O.A.S.; Sayed M.A.
Efficient adsorptive removal of hazardous congo red dye using Ce-BTC@microcrystalline cellulose composite
Abdel-Aziz A.M.; Abdelhameed R.M.; Badr I.H.A.; Sayed M.A.
Palladium Nanoparticle-Modified Graphite Electrode: A Simple and Cost-Effective Voltammetric Sensor for Micromolar Nitrite Detection in Wastewater
Abdel-Aziz A.M.; Abdel-Haleem F.M.; Badr I.H.A.; Hassan H.H.
Development of a novel MIL-68-NH2@MCC composite for enhanced and synergistic removal of methylene blue and Sm(III) from an aqueous environment
Abdel-Aziz A.M.; Abdelhameed R.M.; Badr I.H.A.; Rafea O.A.S.; Sayed M.A.
Nickel-cobaltite-doped carbon xerogel based voltammetric sensor for olanzapine: Electrochemical characterization and applications
Abdel-Aziz A.M.; Abdelwahab A.; Badr I.H.A.; El-Sayed G.M.; Moustafa A.A.; Noureldin H.A.M.
Green and cost-effective voltammetric assay for spiramycin based on activated glassy carbon electrode and its applications to urine and milk samples
Abdel-Aziz A.M.; Badr I.H.A.; Mabrouk M.M.; Noureldin H.A.M.; Saad A.H.K.
Evaluation of mesoporous borosilicate glass-ceramic composites as frits in reference electrodes
Badr I.H.A.; Rafea O.A.S.
Activated Glassy Carbon Electrode as an Electrochemical Sensing Platform for the Determination of 4-Nitrophenol and Dopamine in Real Samples
Abdel-Aziz A.M.; Badr I.H.A.; Hassan H.H.
Preparation and characterization of high chemical durability and low thermal expansion borosilicate glass-ceramic composites by recycling of borosilicate glass
Badr I.H.A.; Rafea O.A.S.; Salem A.N.M.
Novel Potentiometric Sensor for the Selective Determination of Cefotaxime Sodium and Its Application to Pharmaceutical Analysis
Badr I.H.A.; Derayea S.M.; Nour El-Deen D.A.M.; Saleh G.A.
Glassy Carbon Electrode Electromodification in the Presence of Organic Monomers: Electropolymerization versus Activation
Abdel-Aziz A.M.; Badr I.H.A.; Hassan H.H.
Simple spectrofluorimetric methods for determination of veterinary antibiotic drug (apramycin sulfate) in pharmaceutical preparations and milk samples
Badr I.H.A.; Mabrouk M.M.; Noureldin H.A.M.; Saad A.H.K.
A sensitive and green method for determination of catechol using multi-walled carbon nanotubes/poly(1,5-diaminonaphthalene) composite film modified glassy carbon electrode
Abdel-Aziz A.M.; Badr I.H.A.; Hassan A.A.; Hassan H.H.
Low cost chemical oxygen demand sensor based on electrodeposited nano-copper film
Abdel-Aziz A.M.; Abdel-Fatah H.T.M.; Badr I.H.A.; Elfeky E.M.S.; Hassan H.H.
Correlating the potentiometric selectivity of cyclosporin-based electrodes with binding patterns obtained from electrospray ionization-mass spectrometry
Bachas L.G.; Badr I.H.A.; Daniel Johnson R.; Hume D.; Lynn B.C.; Paeng K.-J.; Zahran E.M.
Sensitive and Green Method for Determination of Chemical Oxygen Demand Using a Nano-copper Based Electrochemical Sensor
Abdel-Aziz A.M.; Badr I.H.A.; Hamed E.; Hassan H.H.
Characterization based on biomarkers distribution of some crude oils in Gulf of Suez area - Egypt
Abdullah E.S.; Badr I.H.A.; Ebiad M.A.; El Nady M.M.; El-Naggar A.Y.; El-Sabagh S.M.; Rashad A.M.
Potentiometric Determination of Ciprofloxacin in Physiological Fluids Using Carbon Paste and Nano-Composite Carbon Paste Electrodes
Abdel-Haleem F.M.; Badr I.H.A.; Rizk M.S.
Potentiometric Anion Selectivity and Analytical Applications of Polymer Membrane Electrodes Based on Novel Mn(III)- and Mn(IV)-Salophen Complexes
Abdel-Haleem F.M.; Badr I.H.A.; Rizk M.S.
Enhancing biocompatibility of some cation selective electrodes using heparin modified bacterial cellulose
Abdel-Sattar R.; Badr I.H.A.; Keshk S.M.A.S.
Development of potentiometric sensors for the selective determination of UO2 2+ ions
Akl Z.F.; Badr I.H.A.; Zidan W.I.
A novel membrane sensor for batch and flow injection potentiometric determination of cefazolin sodium in pharmaceutical preparations
Badr I.H.A.; Nour El-Deen D.A.M.; Saleh G.A.; Sayed S.M.
The enhancement of pyrene biodegradation by assembling MFe 3O4 Nano-sorbents on the surface of microbial cells
Badr I.H.A.; El-Gendy N.S.; Moustafa Y.M.; Nassar H.N.; Saed D.; Zaki T.
Cyanex based uranyl sensitive polymeric membrane electrodes
Akl Z.F.; Badr I.H.A.; Zidan W.I.
Reduction of thrombogenicity of PVC-based sodium selective membrane electrodes using heparin-modified chitosan
Abdel-Sattar R.; Badr I.H.A.; Gouda M.; Sayour H.E.M.
Clinical utility of serum Glycodelin as a novel marker for ovarian cancer
Abdel Al H.; Badr I.H.A.; El Sayed H.M.; Hegab M.S.
New Potentiometric Sensors for Picrate Determination Using Flow-Through System: Application to Kinetic Assessment of Se(IV)
Badr I.H.A.; Hassan S.S.M.; Kamel A.H.; Mohamed M.S.
Synthesis, spectroscopic, photoluminescence properties and biological evaluation of novel Zn(II) and Al(III) complexes of NOON tetradentate Schiff bases
Abdel Aziz A.A.; Badr I.H.A.; El-Sayed I.S.A.
A Novel Neutral Carrier for Uranyl Ion Based on a Commercially Available Aminophosphate Derivative: Evaluation in Membrane Electrodes and Nuclear Safeguards Applications
Akl Z.F.; Badr I.H.A.; Zidan W.I.
Batch and flow injection potentiometric monitoring of ceftriaxone sodium in pharmaceutical preparations using two novel membrane sensors
Badr I.H.A.; Derayea S.M.; Nour El-Deen D.A.M.; Saleh G.A.
A novel poly(vinyl chloride) matrix membrane sensor for batch and flow-injection determinations of thiocyanate, cyanide and some metal ions
Badr I.H.A.; Hassan S.S.M.; Kamel A.H.; Mohamed M.S.
Potentiometric anion selectivity of polymer-membrane electrodes based on cobalt, chromium, and aluminum salens
Badr I.H.A.
Response behavior of sodium-selective electrodes modified by surface attachment of the anticoagulant polysaccharides heparin and chondroitin sulfate
Bachas L.G.; Badr I.H.A.; Feiler J.
Fluoride-selective optical sensor based on aluminum(III)-octaethylporphyrin in thin polymeric film: Further characterization and practical application
Badr I.H.A.; Meyerhoff M.E.
A new neutral carrier for silver ions based on a bis(thiothiazole) derivative and its evaluation in membrane electrodes
Badr I.H.A.
Highly selective optical fluoride ion sensor with submicromolar detection limit based on aluminum(III) octaethylporphyrin in thin polymeric film
Badr I.H.A.; Meyerhoff M.E.
Highly selective single-use fluoride ion optical sensor based on aluminum(III)-salen complex in thin polymeric film
Badr I.H.A.; Meyerhoff M.E.
Potentiometric flow injection analysis of anionic surfactants in industrial products and wastes
Abd-Rabboh H.S.M.; Badr I.H.A.; Hassan S.S.M.
Electronic effects on the selectivity of mercuracarborand ionophores in ion-selective electrodes and membrane formulations for their use in high protein concentration environments
Bachas L.G.; Badr I.H.A.; Diaz M.; Hawthorne M.F.; Johnson R.D.; Wedge T.J.
Polymeric membrane ion-selective electrodes based on molecular asterisk ionophores
Bachas L.G.; Badr I.H.A.; Gingras M.; Johnson R.D.; Pinchart A.
Fluorescent ion-selective optode membranes incorporated onto a centrifugal microfluidics platform
Bachas L.G.; Badr I.H.A.; Johnson R.D.; Madou M.J.
Improving the blood compatibility of ion-selective electrodes by employing poly(MPC-co-BMA), a copolymer containing phosphorylcholine, as a membrane coating
Bachas L.G.; Badr I.H.A.; Berrocal M.J.; Daniel Johnson R.; Gao D.; Liu M.
Determination of carrageenan in food products using potentiometric polyion sensors
Abd-Rabboh H.S.M.; Badr I.H.A.; Hassan S.S.M.; Meyerhoff M.E.
Nitrite-selective optical sensors based on organopalladium ionophores
Badr I.H.A.
Flow injection analysis of sulfite ion with a potentiometric titanium phosphate-epoxy based membrane sensor
Arida H.A.; Badr I.H.; Hassan S.S.M.; Marei S.A.
Development of a fully integrated analysis system for ions based on ion-selective optodes and centrifugal microfluidics
Bachas L.G.; Badr I.H.A.; Barrett G.; Johnson R.D.; Lai S.; Lu Y.; Madou M.J.
Reducing the thrombogenicity of ion-selective electrode membranes through the use of a silicone-modified segmented polyurethane
Bachas L.G.; Badr I.H.A.; Berrocal M.J.; Gao D.
Novel solid-state ammonium ion potentiometric sensor based on zirconium titanium phosphate ion exchanger
Arida H.A.; Badr I.H.; Hassan S.S.M.; Marei S.A.
A selective optical sensor based on [9]mercuracarborand-3, a new type of lonophore with a chloride complexing cavity
Bachas L.G.; Badr I.H.A.; Diaz M.; Hawthorne M.F.; Johnson R.D.
Tripodal ionophore with sulfate recognition properties for anion-selective electrodes
Bachas L.G.; Badr I.H.A.; Berrocal M.J.; Cruz A.
Epoxy matrix membrane potentiometric sensor based on zirconium titanium phosphate ion exchanger for flow injection analysis of nitrite
Arida H.A.; Badr I.H.; Hassen S.S.M.; Marei S.A.
Electrochemical assay for highly charged polyamino acids: Application to polyamino acid functionalized microfiltration membranes
Bachas L.G.; Badr I.H.A.; Bhattacharyya D.; Hestekin J.A.
Mercuracarborand[3] anti-crown ether based chloride-sensitive liquid/polymeric membrane electrodes
Bachas L.G.; Badr I.H.A.; Diaz M.; Hawthorne M.F.
Hydrogen sulfite optical sensor based on a lipophilic guanidinium ionophore
Bachas L.G.; Badr I.H.A.; Molina P.; Plata A.; Vidal A.
Green fluorescent protein in the design of a living biosensing system for L-arabinose
Badr I.H.A.; Daunert S.; Ramanathan S.; Shetty R.S.; Wolford J.L.
Mercuracarborand [3] anti-crown etherbased chloride-sensitive liquid/polymeric membrane electrodes
Bachas L.G.; Badr I.H.A.; Diaz M.; Hawthorne M.F.
Synthesis and Evaluation of a Bis(crown ether) Ionophore with a Conformationally Constrained Bridge in Ion-Selective Electrodes
Bachas L.G.; Badr I.H.A.; Cullen L.; Plummer S.L.; Xia Z.
Electrochemical assay of proteinase inhibitors using polycation- sensitive membrane electrode detection
Badr I.H.A.; Meyerhoff M.E.; Ramamurthy N.; Yang V.C.
Metalloporphyrin-based polymer membrane electrode with high selectivity for 2-hydroxybenzhydroxamate
Badr I.H.A.; Hassan S.S.M.; Meyerhoff M.E.
Novel response mechanism and application of sulfite sensitive polymeric membrane electrode based on dithiocarbamate complexes of mercury(II)
Badr I.H.A.; Hassan S.S.M.; Meyerhoff M.E.
Potentiometric Anion Selectivity of Polymer Membranes Doped with Palladium Organophosphine Complex
Badr I.H.A.; Hassan S.S.M.; Meyerhoff M.E.
PVC Membrane electrodes for manual and flow-injection determination of tetraphenylborate: Applications to separate and sequential titrations of some metal ions
Badr I.H.A.; Hassan S.S.M.
Kinetics of chlorine isotope exchange reaction between sodium chloride-36 and triphenyltin chloride in mixed solvents
Badr I.H.; Elzawawy F.M.; Saad E.A.
Kinetics of chlorine isotope exchange reaction between sodium chloride-36 and triphenyltin chloride in mixed solvents
Badr I.H.; Elzawawy F.M.; Saad E.A.
Biography
Dr. Ibrahim H. A. Badr is a distinguished figure in the realm of analytical chemistry, currently serving as a Professor in the Chemistry Department at the Faculty of Science, Ain Shams University, a position he has held since 2007. Presently, he is on secondment to Galala University, Faculty of Science, continuing his academic journey.
Dr. Badr’s academic credentials include a Ph.D. obtained through a joint supervision program between the University of Michigan, Ann Arbor, USA, and Ain Shams University, Cairo, Egypt. His quest for knowledge extended beyond his doctoral studies, as evidenced by his post-doctoral training experiences. He completed short-term training at the University of Michigan and pursued a two-year post-doctoral training at the University of Kentucky, Lexington, Kentucky, USA.
Throughout his academic career, Dr. Badr has undertaken secondments at esteemed institutions, including United Arab Emirates University (UAE), University of Taibah (KSA), and the University of Qatar (Qatar), accumulating over 10 years of experience in various academic environments.
Dr. Badr’s expertise has been recognized globally, leading to appointments as a visiting professor at the University of Michigan and the University of Kentucky. His primary research interests lie in the fields of sensors and biosensors, as well as nanomaterial applications in analytical chemistry.
Dr. Badr’s contributions to scientific literature are substantial, with over 60 articles published in top analytical journals, showcasing the depth and breadth of his research endeavors. Additionally, he holds two patents in the United States, further illustrating the impact of his innovative work.
In recognition of his outstanding contributions to scientific advancement, Dr. Badr has received accolades such as the state award in Advanced Scientific Technological Sciences in 2007. Furthermore, his dedication to scholarly excellence has been acknowledged through multiple International Publication Awards conferred by Ain Shams University over the years.
Dr. Ibrahim H. A. Badr’s prolific career and significant contributions to analytical chemistry have solidified his reputation as a leader in the field. His innovative research, coupled with his commitment to academic excellence, continues to inspire future generations of scientists.
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