#davidjacques — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #davidjacques, aggregated by home.social.
-
#HeinrichBiber 1644 – 1704
'Harmonia artificioso-ariosa', Partia VII in C minor for 2 Violas D'amore & B.c (1696)
I. Praeludium
II. Allamande
III. Sarabande
iV. Gigue
VI. Trezza
VII. Arietta Variata#HelènePlouffe #ViolaDAmore
#ChloeMeyers #ViolaDAmore
#AmandaKeesmat #Cello
#ErinHelyard #Harpsichord
#DavidJacques #Theorbo -
#HeinrichBiber 1644 – 1704
'Harmonia artificioso-ariosa', Partia VII in C minor for 2 Violas D'amore & B.c (1696)
I. Praeludium
II. Allamande
III. Sarabande
iV. Gigue
VI. Trezza
VII. Arietta Variata#HelènePlouffe #ViolaDAmore
#ChloeMeyers #ViolaDAmore
#AmandaKeesmat #Cello
#ErinHelyard #Harpsichord
#DavidJacques #Theorbo -
#HeinrichBiber 1644 – 1704
'Harmonia artificioso-ariosa', Partia VII in C minor for 2 Violas D'amore & B.c (1696)
I. Praeludium
II. Allamande
III. Sarabande
iV. Gigue
VI. Trezza
VII. Arietta Variata#HelènePlouffe #ViolaDAmore
#ChloeMeyers #ViolaDAmore
#AmandaKeesmat #Cello
#ErinHelyard #Harpsichord
#DavidJacques #Theorbo -
#HeinrichBiber 1644 – 1704
'Harmonia artificioso-ariosa', Partia VII in C minor for 2 Violas D'amore & B.c (1696)
I. Praeludium
II. Allamande
III. Sarabande
iV. Gigue
VI. Trezza
VII. Arietta Variata#HelènePlouffe #ViolaDAmore
#ChloeMeyers #ViolaDAmore
#AmandaKeesmat #Cello
#ErinHelyard #Harpsichord
#DavidJacques #Theorbo -
#HeinrichBiber 1644 – 1704
'Harmonia artificioso-ariosa', Partia VII in C minor for 2 Violas D'amore & B.c (1696)
I. Praeludium
II. Allamande
III. Sarabande
iV. Gigue
VI. Trezza
VII. Arietta Variata#HelènePlouffe #ViolaDAmore
#ChloeMeyers #ViolaDAmore
#AmandaKeesmat #Cello
#ErinHelyard #Harpsichord
#DavidJacques #Theorbo -
1/?
#SARSCoV2MutationRateClaimsScientists have made statements about SARS-CoV-2 being slow to mutate.
No judgement on accuracy.
In order of being found.August 2020, Dr #DavidJacques, virologist UNSW, "Coronaviruses mutate much slower than we might have expected for an RNA virus," ... "This gives hope that a vaccine will be successful." ... "If I could make just one emphatic point, it would be that viruses almost never mutate to become more virulent."
https :// amp.abc.net.au/article/12519576 -
1/?
#SARSCoV2MutationRateClaimsScientists have made statements about SARS-CoV-2 being slow to mutate.
No judgement on accuracy.
In order of being found.August 2020, Dr #DavidJacques, virologist UNSW, "Coronaviruses mutate much slower than we might have expected for an RNA virus," ... "This gives hope that a vaccine will be successful." ... "If I could make just one emphatic point, it would be that viruses almost never mutate to become more virulent."
https :// amp.abc.net.au/article/12519576 -
1/?
#SARSCoV2MutationRateClaimsScientists have made statements about SARS-CoV-2 being slow to mutate.
No judgement on accuracy.
In order of being found.August 2020, Dr #DavidJacques, virologist UNSW, "Coronaviruses mutate much slower than we might have expected for an RNA virus," ... "This gives hope that a vaccine will be successful." ... "If I could make just one emphatic point, it would be that viruses almost never mutate to become more virulent."
https :// amp.abc.net.au/article/12519576 -
1/?
#SARSCoV2MutationRateClaimsScientists have made statements about SARS-CoV-2 being slow to mutate.
No judgement on accuracy.
In order of being found.August 2020, Dr #DavidJacques, virologist UNSW, "Coronaviruses mutate much slower than we might have expected for an RNA virus," ... "This gives hope that a vaccine will be successful." ... "If I could make just one emphatic point, it would be that viruses almost never mutate to become more virulent."
https :// amp.abc.net.au/article/12519576 -
1/?
#SARSCoV2MutationRateClaimsScientists have made statements about SARS-CoV-2 being slow to mutate.
No judgement on accuracy.
In order of being found.August 2020, Dr #DavidJacques, virologist UNSW, "Coronaviruses mutate much slower than we might have expected for an RNA virus," ... "This gives hope that a vaccine will be successful." ... "If I could make just one emphatic point, it would be that viruses almost never mutate to become more virulent."
https :// amp.abc.net.au/article/12519576