Infectious disease epidemiologist. Flu, COVID-19, and other respiratory viruses. @UKHSA

London, England
Joined February 2019
Dillon C. Adam, Ph.D retweeted
Check out our BEAST tree summary method! The CCD0-MAP tree gives much more accurate results than the MCC tree. It returns the tree that maximises the product of sampled clade probabilities regardless of whether that tree was sampled. Highly recommend :) journals.plos.org/ploscompbi…
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Dillon C. Adam, Ph.D retweeted
A big crowd of students & colleagues from @HKU_SPH at the Option meeting. 4 full days of interesting discussion about flu and other respiratory viruses! @hkumed @options2024
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Dillon C. Adam, Ph.D retweeted
“The WHO European Region is experiencing an alarming rise in measles cases. Over 30,000 cases were reported by 40 of the Region’s 53 Member States between January and October. Compared to 941 cases in all of 2022, this represents a more than 30-fold rise.” who.int/europe/news/item/14-…
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Dillon C. Adam, Ph.D retweeted
HKU @bencowling88’s team at #EPIDEMICS9! – at Bologna, Emilia Romagna
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Dillon C. Adam, Ph.D retweeted
WHO statement on reported clusters of respiratory illness in children in northern China WHO has made an official request to #China for detailed information on an increase in respiratory illnesses and reported clusters of pneumonia in children. At a press conference on 13 November 2023, Chinese authorities from the National Health Commission reported an increase in incidence of respiratory diseases in China. Chinese authorities attributed this increase to the lifting of COVID-19 restrictions and the circulation of known pathogens such as influenza, mycoplasma pneumoniae (a common bacterial infection which typically affects younger children), respiratory syncytial virus (RSV), and SARS-CoV-2 (the virus that causes COVID-19). Authorities stressed the need for enhanced disease surveillance in healthcare facilities and community settings, as well as strengthening the capacity of the health system to manage patients. On 21 November, media and ProMED reported clusters of undiagnosed pneumonia in children in northern China. It is unclear if these are associated with the overall increase in respiratory infections previously reported by Chinese authorities, or separate events. On 22 November, WHO requested additional epidemiologic and clinical information, as well as laboratory results from these reported clusters among children, through the International Health Regulations mechanism. We have also requested further information about recent trends in the circulation of known pathogens including influenza, SARS-CoV-2, RSV and mycoplasma pneumoniae, and the current burden on health care systems. WHO is also in contact with clinicians and scientists through our existing technical partnerships and networks in China. Since mid-October, northern China has reported an increase in influenza-like illness compared to the same period in the previous three years. China has systems in place to capture information on trends in influenza, influenza-like illnesses, RSV, and SARS-CoV-2, and reports to platforms such as the Global Influenza Surveillance and Response System. While WHO seeks this additional information, we recommend that people in China follow measures to reduce the risk of respiratory illness, which include recommended vaccination; keeping distance from people who are ill; staying home when ill; getting tested and medical care as needed; wearing masks as appropriate; ensuring good ventilation; and regular hand-washing. WHO will continue to provide updates.
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Dillon C. Adam, Ph.D retweeted
Good piece on the value of digital contact tracing in future pandemics by @marcelsalathe nature.com/articles/d41586-0… – combined with better linkage to venues of transmission (e.g. superspreading events), potential for a lot of impact here. 1/
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ECDC states there is not yet sufficient information to assess risks of the 16 notified cases of H5N1 in cats in Poland. Source unknown, suspected to be a common source given the sudden and widespread occurrence and involvement of in house cats ecdc.europa.eu/sites/default…
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Excited to see this work now online! Using a phylogeographic framework, we formally investigate the role of presumed origin locations of VOCs in their global dispersal and highlight the influence of air travel and hubs in the VOC expansion process. cell.com/cell/fulltext/S0092…
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Dillon C. Adam, Ph.D retweeted
The @WHO has just declared an end to the #COVID19 public health emergency of international concern (PHEIC). "I declare COVID-19 over as a global health emergency", says @DrTedros at press conference going on now.
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Dillon C. Adam, Ph.D retweeted
New York City has declared an end to the mpox outbreak. Thanks to action by the LGBTQ+ community and local health officials, more than 100,000 people in the city were vaccinated and disease spread slowed significantly. bit.ly/3Yf9Xvi
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Dillon C. Adam, Ph.D retweeted
Worth reading this classic paper: nature.com/articles/nature02…. It explains why repeat spillovers are bad, because even if pathogens currently transmit inefficiently, the longer they stutter along, the more opportunities it creates to pick up mutation that increases transmission...
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Dillon C. Adam, Ph.D retweeted
Singapore, appears to be track to break its previous years of the highest number of #dengue cases, is reporting an 24% increase in the densities of Aedes aegypti. The 4 dengue viruses co-circulate, with each one replacing the other, driving outbreaks. telegraph.co.uk/global-healt…
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Dillon C. Adam, Ph.D retweeted
Hong Kong had nearly a full year to vaccinate its elderly population before the Omicron outbreak began. By February 2022, only 23% of the elderly age 80+ were fully vaccinated. Result: the highest number of Covid deaths per capita in the world while vaccines were widely available
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Dillon C. Adam, Ph.D retweeted
Back in 2003 when #SARS took 299 lives from Hong Kong, an expert committee was founded to review the control of outbreak (sars-expertcom.gov.hk/eindex…). So far #covid has caused 13,338 deaths in HK.
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The global shift in H5 avian influenza viruses among wild birds has really changed the ecology. Europe now both a sink and a source for H5. Bidirectional spread of viruses between europe and asia. Global collaboration crucial academic.oup.com/mbe/advance…
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