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14 results on '"Chin Mei Chan"'

1. Separation of acid blue 25 from aqueous solution using water lettuce and agro-wastes by batch adsorption studies

Author

Muhammad Raziq Rahimi Kooh, Muhammad Khairud Dahri, Linda B. L. Lim, Lee Hoon Lim, and Chin Mei Chan

Subjects
Acid blue 25, Adsorption, Artocarpus odoratissimus, Artocarpus integer, Pistia stratiotes, Water remediation, Water supply for domestic and industrial purposes, TD201-500
Abstract

Abstract Three plant-based materials, namely water lettuce (WL), tarap peel (TP) and cempedak peel (CP), were used to investigate their potentials as adsorbents using acid blue 25 (AB25) dye as a model for acidic dye. The adsorbents were characterised using Fourier transform infrared spectroscopy, X-ray fluorescence and scanning electron microscope. Batch experiments involving parameters such as pH, temperature, contact time, and initial dye concentration were done to investigate the optimal conditions for the adsorption of AB25 onto the adsorbents. Thermodynamics study showed that the uptake of AB25 by the three adsorbents was feasible and endothermic in nature. Both the Langmuir and Freundlich isotherm models can be used to describe the adsorption process of AB25 onto WL and CP while pseudo-second-order fitted the kinetics data, suggesting that chemisorptions were majorly involved. The use of 0.1 M of NaOH showed the best results in regenerating of the WL, TP and CP’s adsorption ability after AB25 treatment.

Published
2018
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2. Environmentally friendly adsorbent derived from rock melon skin for effective removal of toxic brilliant green dye: linear versus non-linear analyses

Author

Amal Asheeba Romzi, Linda B.L. Lim, Namal Priyantha, Muhammad Raziq Rahimi Kooh, and Chin Mei Chan

Subjects
Melon, Health, Toxicology and Mutagenesis, Public Health, Environmental and Occupational Health, Soil Science, Pollution, Environmentally friendly, Analytical Chemistry, chemistry.chemical_compound, Adsorption, Brilliant green, chemistry, Environmental Chemistry, Sorption isotherm, Waste Management and Disposal, Water Science and Technology, Nuclear chemistry
Abstract

This present study investigated the adsorption characteristics of rock melon skin (RMS) as a promising adsorbent for the removal of toxic brilliant green (BG) dye. The functional group and surface ...

Published
2021
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5. Adsorption of brilliant green from aqueous solution by unmodified and chemically modified Tarap (Artocarpus odoratissimus) peel

Author

Muhammad Khairud Dahri, Muhammad Raziq Rahimi Kooh, Chin Mei Chan, and Linda B.L. Lim

Subjects
Environmental Engineering, Aqueous solution, Kinetics, Biosorption, 02 engineering and technology, 010501 environmental sciences, 021001 nanoscience & nanotechnology, 01 natural sciences, Endothermic process, chemistry.chemical_compound, Adsorption, Brilliant green, chemistry, Ionic strength, Environmental Chemistry, Surface modification, Organic chemistry, 0210 nano-technology, General Agricultural and Biological Sciences, 0105 earth and related environmental sciences, Nuclear chemistry
Abstract

Tarap peel (TP) and oxalic-acid-modified Tarap peel (TP-OX) were used to remove brilliant green (BG) dye from aqueous solution. Surface modification of TP suggested that functional groups such as carboxyl, hydroxyl and amino were involved in the adsorption of BG onto TP. Parameters such as effects of pH, contact time, ionic strength, initial dye concentration and temperature were included to study the adsorption of BG onto TP and TP-OX. Adsorption isotherm models were used to investigate the adsorption process, while kinetics models were used to provide insight into the adsorption mechanisms. Optimised contact time of 2 h with no pH adjustment was used. Adsorption of BG onto TP was best fitted to the Freundlich model, while experimental data for TP-OX are best described by the Tempkin model. The maximum adsorption capacities were determined as 174 and 275 mg g−1 for TP and TP-OX, respectively. Thermodynamics study indicated the endothermic nature of adsorptions of BG onto both adsorbents. According to kinetics study, the adsorption mechanisms on both adsorbents followed pseudo-second-order model, and film diffusion might have major role in the adsorption process.

Published
2017
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6. Adsorption of crystal violet dye from aqueous solution onto chemically treatedArtocarpus odoratissimusskin: equilibrium, thermodynamics, and kinetics studies

Author

Linda B.L. Lim, Namal Priyantha, Tasneem Zehra, Chin Mei Chan, and Cheow Wei Then

Subjects
Langmuir, Aqueous solution, food.ingredient, Metal ions in aqueous solution, Langmuir adsorption model, Ocean Engineering, 02 engineering and technology, 010501 environmental sciences, 021001 nanoscience & nanotechnology, 01 natural sciences, Pollution, Artocarpus odoratissimus, chemistry.chemical_compound, symbols.namesake, Adsorption, food, chemistry, symbols, Organic chemistry, Freundlich equation, Crystal violet, 0210 nano-technology, 0105 earth and related environmental sciences, Water Science and Technology, Nuclear chemistry
Abstract

In this study, the feasibility of utilizing Artocarpus odoratissimus skin (“Tarap” skin or TS) as a potential adsorbent for the removal of crystal violet dye was investigated. X-ray fluorescence, Fourier Transform Spectroscopic, and scanning electron microscopic investigation of TS and its NaOH-treated form (NaOH-TS) before and after interaction with crystal violet (CV) cationic dye indicate that the dye shows a strong affinity toward the adsorbent, which is enhanced upon the treatment with a NaOH solution. Decrease in the concentration of metal ions on the TS/NaOH-TS is indicative of the contribution of an ion-exchange mechanism owing to the positive charge of CV molecules. Comparison of experimental adsorption curves with calculated curves point the way toward the agreement with the Langmuir isotherm among the six models tested (Langmuir, Freundlich, Temkin, Dubinin–Radushkevich, Redlich–Peterson, and Sips) under optimized conditions with maximum adsorption capacity of 118 mg g−1 for TS which is...

Published
2015
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7. Investigation of the sorption characteristics of water lettuce (WL) as a potential low-cost biosorbent for the removal of methyl violet 2B

Author

Chin Mei Chan, Linda B.L. Lim, Namal Priyantha, Muhammad Raziq Rahimi Kooh, Diyanah Matassan, and Hei Ing Chieng

Subjects
Langmuir, Chemistry, Kinetics, Environmental engineering, Biosorption, Ionic bonding, Ocean Engineering, Sorption, 02 engineering and technology, 010501 environmental sciences, 01 natural sciences, Pollution, Adsorption, 020401 chemical engineering, 0204 chemical engineering, 0105 earth and related environmental sciences, Water Science and Technology, Nuclear chemistry
Abstract

Pistia stratiotes L. (water lettuce or WL) was investigated for its potential as an effective low-cost biosorbent for the removal of methyl violet 2B (MV). Equilibrium isotherm for the adsorption of MV, fitted using six different isotherm models followed by error analyses, indicates that the maximum biosorption capacity (qmax) is 0.68 mmol g−1 (267.6 mg g−1) and that both the Langmuir and Sips isotherm models lead to good correlation with experimental data. Investigation on effects of pH, ionic strengths, and pre-treatment of the biosorbent on the extent of biosorption indicates the effect of these parameters on MV–biosorbent interaction. Kinetics of the interaction of MV and the biosorbent is fast with more than 50% dye being removed and follows the pseudo-second-order model.

Published
2015
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8. Diplazium esculentum (Paku Pakis) adsorption characteristics toward toxic Brilliant green dye.

Author

Lim, Linda B. L., Chin Mei Chan, Romzi, Amal Asheeba, and Priyantha, Namal

Subjects
ADSORPTION capacity, ADSORPTION kinetics, SOLUTION (Chemistry), ADSORPTION isotherms, NONLINEAR regression, ADSORPTION (Chemistry)
Abstract

Diplazium esculentum, an edible fern, was investigated for its potential as a low-cost and effective biosorbent for the removal of toxic Brilliant green (BG) dye. Batch experiments were performed to investigate parameters such as contact time, ionic strength, kinetics, isotherm, and pH on the adsorption capacity. The Pakis adsorbent reached equilibrium within 2 h of contact time with BG dye, and of the five adsorption isotherm models tested, the Sips model gave the best fit with a maximum adsorption capacity (qmax) of 347.5 mg g-1. Kinetics study revealed that the pseudo-second-order model was best fitted to the experimental data, suggesting that chemisorption could be involved. Analyses of adsorption isotherm and kinetics were carried out using linear and nonlinear regressions and compared. ANOVA tests revealed a significant difference between the two methods of analyses for adsorption kinetics. The experimental data of both kinetics and isotherm fitted better when nonlinear regression was used, as compared to the corresponding linear regression analysis. The adsorbent maintained its effective adsorption of BG with varying pH solutions and salt concentrations. Treatment with 1.0 M NaOH of spent Pakis adsorbent could remove >80% BG dye even after five consecutive cycles. High adsorption capacity, relative stability, ability to be regenerated, and reused all lend support to the possible future application of Pakis as a potential low-cost adsorbent in wastewater treatment. [ABSTRACT FROM AUTHOR]

Published
2021
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9. Enhancing adsorption of crystal violet dye through simple base modification of leaf adsorbent: isotherm, kinetics, and regeneration.

Author

Priyantha, Namal, Romzi, Amal Asheeba, Chin Mei Chan, and Lim, Linda B. L.

Subjects
GENTIAN violet, LEAF anatomy, ADSORPTION isotherms, ADSORPTION (Chemistry), ADSORPTION capacity, ATMOSPHERIC temperature, LANGMUIR isotherms, ADSORBATES
Abstract

Dimorcarpus longan ssp. malesianus var. Malesianus (Mata Kuching) leaves (MKL) show a strong affinity toward crystal violet (CV), a commonly used industrial dye. Treatment of MKL with aqueous 1.0 M NaOH solution through stirring for 2.0 h, followed by washing and drying, enhances the adsorption of CV onto the modified adsorbent (NaOH-MKL), due to the conversion of acidic functional groups to the corresponding anionic forms leading to stronger Coulombic attractions. The performance of MKL and its modified NaOH-MKL toward CV dye adsorption indicates a strong attraction of both adsorbents. Strong adsorption of CV molecules to MKL and NaOH-MKL is evidenced by changes in the Fourier transform infrared spectroscopic peaks and scanning electron microscopic images upon interaction with the adsorbate. The Sips isotherm, among the five adsorption isotherm models used in this study, is suitable in explaining the interaction of both adsorbents with CV dye molecules. The maximum adsorption capacity (qmax) of NaOH-MKL adsorbent toward CV is 391.7 mg g-1 under optimum conditions according to the Sips adsorption isotherm, which is 88% enhancement over the unmodified MKL with qmax of 208.1 mg g-1. Approach of CV dye molecules onto MKL/NaOH-MKL for adsorption is explained by the pseudo-second-order kinetics with an apparent rate constant of 6.108 g mmol-1 min-1, which is 72% increase over MKL. The superior nature of NaOH-MKL would make it an excellent sorbent for the removal of CV dye, which would thus have the potential for extrapolation toward real applications in the treatment of wastewater. [ABSTRACT FROM AUTHOR]

Published
2021
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10. Adsorption Behavior of Methyl Violet 2B Using Duckweed: Equilibrium and Kinetics Studies

Author

Namal Priyantha, Diyanah Matassan, Muhammad Raziq Rahimi Kooh, Linda B.L. Lim, Hei Ing Chieng, and Chin Mei Chan

Subjects
Langmuir, Multidisciplinary, Adsorption, Chromatography, Chemistry, Scanning electron microscope, Kinetics, Biosorption, Ionic bonding, Infrared spectroscopy, Freundlich equation, Nuclear chemistry
Abstract

This study focuses on the adsorption behavior of using Lemna minor (Duckweed) as a potential low-cost biosorbent for the removal of methyl violet 2B (MV). The effects of parameters such as contact time (30–240 min), settling time (30–240 min), pH of dye solution from pH 2 to 12 were studied. Optimum contact time and settling time for the maximum removal of MV were 2 and 1 h, respectively. Maximum MV removal was observed at its ambient pH. Elemental analysis and functional group characterization of the biosorbent were carried out using X-ray fluorescence and Fourier-transformed infrared spectroscopy, respectively. Surface morphology of Duckweed, before and after adsorption of MV, was characterized using scanning electron microscope, and ionic strengths and pre-treatment of biosorbent were also investigated. Six different isotherm models, namely Langmuir, Freundlich, Temkin, Dubinin–Radushkevich, Redlich–Peterson and Sips isotherms, were performed on the equilibrium adsorption isotherm of MV. Experimental data for adsorption of MV correlate well with both the Langmuir and Sips isotherm models. The maximum biosorption capacity (q max) at 298 K was 332.5 mg g−1 (Langmuir) and 307.3 mg g−1 (Sips) for MV, which is far superior to most biosorbents reported. Kinetics study followed the pseudo-second order.

Published
2014
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11. Application of Dimocarpus longan ssp. malesianus leaves in the sequestration of toxic brilliant green dye.

Author

Romzi, Amal Asheeba, Lim, Linda B. L., Chin Mei Chan, and Priyantha, N.

Subjects
LONGAN, SOLUTION (Chemistry), ADSORPTION isotherms, ADSORPTION capacity, ADSORPTION kinetics, WASTEWATER treatment, DIFFUSION kinetics
Abstract

Recent years have seen the rise in the use of leaf-based adsorbents to remove pollutants. Not only are leaves low-cost and abundant, but they also contain many compounds giving rise to various functional groups that could promote the adsorption process. This study focuses on the use of leaves of Dimocarpus longan ssp. malesianus var. malesianus, locally known as “mata kuching” and literally translated as “cat’s eyes”, as an adsorbent for the removal of toxic brilliant green (BG) dye. The mata kuching leaves (MKL) reached equilibrium when in contact with BG dye within 30 min. Its adsorption toward BG was not greatly affected by varying pH solutions or salt concentrations. Of the five models tested, the Sips model was the best fit for the adsorption isotherm data, giving a maximum adsorption capacity of 337.9 mg g–1. Adsorption process followed the pseudo-second-order kinetics and intraparticle diffusion was not the rate-controlling step. Regeneration and reuse of spent MKL were possible especially when treated with a base, maintaining almost 80% dye removal at the 5th consecutive cycle. With its many attractive features such as high adsorption capacity, short contact time, ability to be regenerated, relative stability under varying conditions, availability in abundance throughout the year, MKL, therefore, has potential application as a low-cost adsorbent in wastewater treatment. [ABSTRACT FROM AUTHOR]

Published
2020
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12. British Society of Breast Radiology Annual Scientific Meeting 2016

Author

Azmil, Ameerah Mohd, primary, Bansal, Gaurav Jyoti, additional, Davies, Eleri, additional, Wallis, Matthew, additional, Kilburn-Toppin, Fleur, additional, Taylor-Phillip, Sian, additional, Buckley, Anne, additional, Healy, Nuala, additional, Quinn, Aine, additional, O’Keeffe, Sylvia, additional, Ang, Teri, additional, Maxwell, Anthony, additional, Lim, Yit Y., additional, Harkness, Elaine, additional, Emsley, Richard, additional, Astley, Susan, additional, Gadde, Soujanya, additional, Ferguson, Jennifer, additional, Stevens, Guy, additional, Hills, Robert, additional, Thomas, Kate Gower, additional, Rajan, Sabrina, additional, Sharma, Nisha, additional, Kishore, Ajit, additional, O’ Dowd, John, additional, Murphy, Claire, additional, Lindsay, Ken, additional, Dadayal, Guneesh, additional, Moody, Anne Nielsen, additional, Whitaker, Madeleine, additional, Wolstenhulme, Stephen, additional, Bull, Jane, additional, Culpan, Anne-Marie, additional, Roszkowski, Natalia, additional, Grima, Alexis, additional, Stahnke, Michaela, additional, Rubin, Caroline, additional, Walker, Ruth, additional, Oeppen, Rachel, additional, Puttagunta, Srikanth, additional, Gray, Karen, additional, Puri, Shama, additional, Millican-Slater, Rebecca, additional, Pascaline, Sana, additional, Hajaj, Mohamad, additional, Flinn, Janet, additional, Thomson, Kim, additional, Elsberger, Beatrix, additional, Turnbull, Anne, additional, Bagnall, Mark, additional, York, Joanne, additional, Benney, Stuart, additional, Goyal, Amit, additional, Topps, Ashley, additional, Barr, Simon, additional, Pikoulas, Panagiotis, additional, Pritchard, Susan, additional, Greenhalgh, Sophie, additional, Sreenivas, Muthyala, additional, Nandhra, Anju, additional, Sharma, Sheetal, additional, Gulati, Archita, additional, Razzaq, Furhan, additional, Khan, Sana, additional, McKillen, Jacqueline, additional, Larkin, Rupert, additional, Kamat, Sachin, additional, Goncalves, Carla, additional, Tan, Alan, additional, Eleti, Asha, additional, Vidyaprakash, Nithya, additional, McMahon, Michelle A., additional, Dall, Barbara J. G., additional, Majid, Faisal, additional, Rattehalli, Ramachadra, additional, Gaur, Vandana, additional, Mackenzie, Alistair, additional, Warren, Lucy, additional, Patel, Mishal, additional, Halling-Brown, Mark, additional, Wilkinson, Louise, additional, Young, Kenneth, additional, Tanner, James, additional, Currie, Rachael, additional, Balyes, Sharron, additional, Wragg, Julie, additional, Zamfir, Georgiana, additional, Ayra, Pallavi, additional, Marsden, Max, additional, Butterworth, James, additional, Sinha, Shona, additional, Desai, Anil, additional, Metafa, Anna, additional, Nielsen-Moody, Anne, additional, Ward, Laura, additional, Heller, Samantha, additional, Hudson, Sue, additional, Taylor, Kathryn, additional, Xyda, Argyro, additional, Allen, Steven, additional, Orlowski, Elizabeth, additional, Downey, Kate, additional, Sidebottom, Richard, additional, Lodhi, Ahmad, additional, Howell, Anthony, additional, Evans, Gareth, additional, Lim, Yit, additional, Chen, Yan, additional, Lepine-Williams, Elizabeth, additional, Henderson, Steven, additional, Litherland, Janet, additional, Altaf, Naveed, additional, Bury, Yvonne, additional, Forester, Nerys, additional, Chin, Mei Chan, additional, Taylor, Caroline, additional, Skippage, Pippa, additional, Sian, Aneet, additional, McAvinchey, Rita, additional, Evans, Tom, additional, Nisbet, Sian, additional, Murray, Alex, additional, Castillo, Raquel Clark, additional, Markham, Hannah, additional, Thomas, Timothy, additional, Jain, Anil, additional, Molderson, Jaanilka, additional, Wan, Joseph, additional, Newman, Helen, additional, Lowes, Simon, additional, Lunt, Linsley, additional, Sultana, Sadia, additional, Chillal, Varun, additional, Dalton, Rebecca, additional, Reeves, David, additional, Sergeant, Jamie, additional, Edwards, Liz, additional, Jenkins, Kate, additional, Shaikh, Shaheeda, additional, O’Flynn, Elizabeth, additional, Bombroffe, Laura, additional, Hughes, Julie, additional, Scurr, Erica, additional, Wilson, Robin, additional, Jones, Lyn, additional, Govindarajulu, Sasirekha, additional, Sahu, Ajay K., additional, Brown, Matthew, additional, Allen, Steve, additional, O’Flynn, Liz, additional, deSouza, Nandita, additional, Rahim, Rumana, additional, Wasan, Rema, additional, Goligher, Jane, additional, Wijesuriya, Shalini, additional, Morel, Juliet, additional, Peacock, Clare, additional, Michell, Michael, additional, Iqbal, Asif, additional, Evans, David, additional, Batohi, Bhavna, additional, Wasan, Tavleen, additional, Phillips, Vivien, additional, Manuel, Eden, additional, Bowman, Gillian, additional, Satchithananda, Keshthra, additional, Fang, Cheng, additional, Shah, Chirag, additional, Hodkin, Leanne, additional, Horgan, Keiran, additional, Dodwell, David, additional, Moloney, BM, additional, Casey, M. C., additional, Breathnach, A., additional, Dwyer, R. M., additional, McLoughlin, R., additional, Sweeney, K. J., additional, Malone, C., additional, Healy, M. J., additional, Kerin, M. J., additional, Mitchell, Elizabeth, additional, Twiddy, Maureen, additional, Dobson, Hilary, additional, Vinnicombe, Sarah, additional, Evans, Andrew, additional, Grant, David, additional, Bishop, Briony, additional, Giggens, Roxanne, additional, Bhuva, Shaheel, additional, Royds, Jennifer, additional, Camilleri, Francesca, additional, Babu, Gauripriya, additional, Beveridge, Carolyn, additional, Geach, Rebecca, additional, Klimczak, Katherine, additional, Massey, Helen, additional, Lyburn, Iain, additional, Salehi-Bird, Seema, additional, Nishtala, Sahithi, additional, Gunning, Liz, additional, Changaradil, Deepthi Vinayan, additional, Bansal, Jyoti, additional, Davis, Joanna, additional, Sharma, Ashwini, additional, Del Voscovo, Elena, additional, Etheridge, Harriet, additional, Butler, Aisling, additional, Fenne, David S. J., additional, Rubin, Gary, additional, Burt, Helen, additional, Ridley, Nick, additional, Taylor, Sarah, additional, Seth, Subodh, additional, and Seth, Archana, additional

Published
2016
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14. British Society of Breast Radiology Annual Scientific Meeting 2016

Author

Azmil, Ameerah Mohd, Bansal, Gaurav Jyoti, Davies, Eleri, Wallis, Matthew, Kilburn-Toppin, Fleur, Taylor-Phillip, Sian, Buckley, Anne, Healy, Nuala, Quinn, Aine, O’Keeffe, Sylvia, Ang, Teri, Maxwell, Anthony, Lim, Yit Y., Harkness, Elaine, Emsley, Richard, Astley, Susan, Gadde, Soujanya, Ferguson, Jennifer, Stevens, Guy, Hills, Robert, Thomas, Kate Gower, Rajan, Sabrina, Sharma, Nisha, Kishore, Ajit, O’ Dowd, John, Murphy, Claire, Lindsay, Ken, Dadayal, Guneesh, Moody, Anne Nielsen, Whitaker, Madeleine, Wolstenhulme, Stephen, Bull, Jane, Culpan, Anne-Marie, Roszkowski, Natalia, Grima, Alexis, Stahnke, Michaela, Rubin, Caroline, Walker, Ruth, Oeppen, Rachel, Puttagunta, Srikanth, Gray, Karen, Puri, Shama, Millican-Slater, Rebecca, Pascaline, Sana, Hajaj, Mohamad, Flinn, Janet, Thomson, Kim, Elsberger, Beatrix, Turnbull, Anne, Bagnall, Mark, York, Joanne, Benney, Stuart, Goyal, Amit, Topps, Ashley, Barr, Simon, Pikoulas, Panagiotis, Pritchard, Susan, Greenhalgh, Sophie, Sreenivas, Muthyala, Nandhra, Anju, Sharma, Sheetal, Gulati, Archita, Razzaq, Furhan, Khan, Sana, McKillen, Jacqueline, Larkin, Rupert, Kamat, Sachin, Goncalves, Carla, Tan, Alan, Eleti, Asha, Vidyaprakash, Nithya, McMahon, Michelle A., Dall, Barbara J. G., Majid, Faisal, Rattehalli, Ramachadra, Gaur, Vandana, Mackenzie, Alistair, Warren, Lucy, Patel, Mishal, Halling-Brown, Mark, Wilkinson, Louise, Young, Kenneth, Tanner, James, Currie, Rachael, Balyes, Sharron, Wragg, Julie, Zamfir, Georgiana, Ayra, Pallavi, Marsden, Max, Butterworth, James, Sinha, Shona, Desai, Anil, Metafa, Anna, Nielsen-Moody, Anne, Ward, Laura, Heller, Samantha, Hudson, Sue, Taylor, Kathryn, Xyda, Argyro, Allen, Steven, Orlowski, Elizabeth, Downey, Kate, Sidebottom, Richard, Lodhi, Ahmad, Howell, Anthony, Evans, Gareth, Lim, Yit, Chen, Yan, Lepine-Williams, Elizabeth, Henderson, Steven, Litherland, Janet, Altaf, Naveed, Bury, Yvonne, Forester, Nerys, Chin, Mei Chan, Taylor, Caroline, Skippage, Pippa, Sian, Aneet, McAvinchey, Rita, Evans, Tom, Nisbet, Sian, Murray, Alex, Castillo, Raquel Clark, Markham, Hannah, Thomas, Timothy, Jain, Anil, Molderson, Jaanilka, Wan, Joseph, Newman, Helen, Lowes, Simon, Lunt, Linsley, Sultana, Sadia, Chillal, Varun, Dalton, Rebecca, Reeves, David, Sergeant, Jamie, Edwards, Liz, Jenkins, Kate, Shaikh, Shaheeda, O’Flynn, Elizabeth, Bombroffe, Laura, Hughes, Julie, Scurr, Erica, Wilson, Robin, Jones, Lyn, Govindarajulu, Sasirekha, Sahu, Ajay K., Brown, Matthew, Allen, Steve, O’Flynn, Liz, deSouza, Nandita, Rahim, Rumana, Wasan, Rema, Goligher, Jane, Wijesuriya, Shalini, Morel, Juliet, Peacock, Clare, Michell, Michael, Iqbal, Asif, Evans, David, Batohi, Bhavna, Wasan, Tavleen, Phillips, Vivien, Manuel, Eden, Bowman, Gillian, Satchithananda, Keshthra, Fang, Cheng, Shah, Chirag, Hodkin, Leanne, Horgan, Keiran, Dodwell, David, Moloney, BM, Casey, M. C., Breathnach, A., Dwyer, R. M., McLoughlin, R., Sweeney, K. J., Malone, C., Healy, M. J., Kerin, M. J., Mitchell, Elizabeth, Twiddy, Maureen, Dobson, Hilary, Vinnicombe, Sarah, Evans, Andrew, Grant, David, Bishop, Briony, Giggens, Roxanne, Bhuva, Shaheel, Royds, Jennifer, Camilleri, Francesca, Babu, Gauripriya, Beveridge, Carolyn, Geach, Rebecca, Klimczak, Katherine, Massey, Helen, Lyburn, Iain, Salehi-Bird, Seema, Nishtala, Sahithi, Gunning, Liz, Changaradil, Deepthi Vinayan, Bansal, Jyoti, Davis, Joanna, Sharma, Ashwini, Del Voscovo, Elena, Etheridge, Harriet, Butler, Aisling, Fenne, David S. J., Rubin, Gary, Burt, Helen, Ridley, Nick, Taylor, Sarah, Seth, Subodh, and Seth, Archana

Subjects
Medicine(all)
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