For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.
For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.
For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
EGAN, Prof Timothy PhD (Bioinorganic Chemistry), Head of Department and Jamison Professor of Inorganic Chemistry, Science Faculty, UCT. Research interests: understanding how the malaria parasite deals with the large influx of haem associated with ingestion and degradation of haemoglobin in its digestive vacuole and the effects of antimalarials such as chloroquine, which inhibit this process.
For information on South Africa''s response to COVID-19 please visit the COVID-19 Corona Virus South African Resource Portal.