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1  to identify periods of sudden escalation of scarlet fever.
2 o had been treated for ailments unrelated to scarlet fever.
3 muscle fibers, the inner ear, leukaemia, and scarlet fever.
4  were not higher than those in patients with scarlet fever.
5 ultation rates was estimated for empyema and scarlet fever.
6          Six classes, comprising 12 cases of scarlet fever, 17 household contacts, and 278 classroom
7       Since 2014, England has seen increased scarlet fever activity unprecedented in modern times.
8 pyogenes emm genotypes, and notifications of scarlet fever and invasive disease in 2014-16 using regi
9        Coincident with national increases in scarlet fever and invasive disease notifications, emm1 S
10         The UK observed a marked increase in scarlet fever and invasive group A streptococcal infecti
11 tococcal SAgs are known virulence factors in scarlet fever and toxic shock syndrome, mechanisms by ho
12 om acute rheumatic fever (ARF) and untreated scarlet fever and/or pharyngitis patients were reacted w
13 ignated M1(UK))-with overlap of pharyngitis, scarlet fever, and invasive M1(UK) strains-which could b
14  resistance genes triggered the expansion of scarlet fever-associated emm12 lineages in Hong Kong.
15 early periodicity in population incidence of scarlet fever but of consistently lower magnitude than t
16 sidered a non-entity, perhaps a mild form of scarlet fever, but certainly not a distinct disease.
17 sults offer insight into the pathogenesis of scarlet fever-causing GAS mediated by prophage PhiHKU.vi
18 an M1UK sublineages associated with epidemic scarlet fever-causing S pyogenes in Asia.
19  We cultured throat swabs from children with scarlet fever, classroom contacts, and household contact
20 ments associated with the expansion of emm12 scarlet fever clones in the M1T1 genomic background.
21 vestigation of the next most common cause of scarlet fever, emm1 GAS.
22 ogenes (group A Streptococcus, GAS) to cause scarlet fever has been linked epidemiologically to the p
23                                 Outbreaks of scarlet fever in Hong Kong and China in 2011, caused pri
24                  After decades of decreasing scarlet fever incidence, a dramatic increase was seen in
25                      Hospital admissions for scarlet fever increased by 97% between 2013 and 2016; on
26                          Population rates of scarlet fever increased by a factor of three between 201
27 ng, particularly influenced by tuberculosis, scarlet fever, infectious diarrhea, and typhus.
28 .011, 95% CI [1.006, 1.015]; p < 0.001), and scarlet fever (IRR: 2.942, 95% CI [2.918, 2.966]; p < 0.
29 78 cases of non-beta-hemolytic streptococcal scarlet fever-like pharyngitis were studied.
30 ea of Jiangsu Province, China, suffered from scarlet fever-like pharyngitis.
31 highest number of cases (19 206) and rate of scarlet fever notifcation since 1967.
32 ed surveillance study, we analysed statutory scarlet fever notifications held by Public Health Englan
33        In the summer of 1924, an outbreak of scarlet fever occurred in Flint, Michigan.
34 al pyrogenic exotoxin A (SpeA; also known as scarlet fever or erythrogenic toxin A) in sequenced, non
35                                            A scarlet fever outbreak began in mainland China and Hong
36 ment of cases and enhanced hygiene measures, scarlet fever outbreaks increased in England between 201
37 ive tuberculosis test results, strep throat, scarlet fever, pneumonia, bacterial meningitis, yeast in
38                          The re-emergence of scarlet fever poses a new global public health threat.
39 s were seen for hospital-acquired pneumonia, scarlet fever, pyelonephritis, and complicated urinary t
40 ease in the incidence of seasonal influenza, scarlet fever, rubella, and measles, respectively.
41                           In 2016, England's scarlet fever seasonal rise coincided with an unexpected
42 urrence of multidrug-resistant ssa-harboring scarlet fever strains should prompt heightened surveilla
43 ncluding pharyngitis, tonsillitis, impetigo, scarlet fever, streptococcal toxic shock syndrome, necro
44 ncluding streptococcal pyrogenic exotoxin A (scarlet fever toxin) and two uncharacterized pyrogenic e
45  to disentangle the enigma: The 116 cases of scarlet fever were compared with 117 "controls" selected
46                                  Measles and scarlet fever were differentiated from one another in th
47 and is experiencing an unprecedented rise in scarlet fever with the highest incidence for nearly 50 y
48 articipate if they had reported two cases of scarlet fever within 10 days of each other among childre