9 research outputs found
Charge Transfer Reactions
- Author
- A. Bhardwaj
- A. Bhardwaj
- A. Bhardwaj
- A. Bhardwaj
- A. Bhardwaj
- A. Boileau
- A. Dalgarno
- A. Dalgarno
- A. Finoguenov
- A. Gupta
- A. Owens
- A. Owens
- A. Owens
- A. Vikhlinin
- A.A. Galeev
- A.A. Hasan
- A.A. Suchkov
- A.E. Metzger
- A.J. Hundhausen
- A.K. Pradhan
- A.M.T. Pollock
- A.N. Maurellis
- B. Chi
- B. Seredyuk
- B.J. Wargelin
- B.J. Wargelin
- B.J. Wargelin
- B.J. Wargelin
- B.J. Wargelin
- C.B. Tarter
- C.C. Curtis
- C.M. Lisse
- C.M. Lisse
- C.M. Lisse
- C.M. Lisse
- D. Bodewits
- D. Bodewits
- D. Bodewits
- D. Koutroumpa
- D. Koutroumpa
- D. McCammon
- D. Pequignot
- D. Pequignot
- D. Pequignot
- D. Pequignot
- D.B. Henley
- D.J. Christian
- D.J. McComas
- D.J. McComas
- D.P. Cox
- D.W. Rule
- E. Edgu-Fry
- E. Kirsch
- E. Möbius
- E. Pfeffermann
- E. Rutherford
- E. Rüchardt
- E.C. Roelof
- E.C. Roelof
- E.C. Roelof
- E.D. Miller
- E.G. Shelley
- E.J. Bunce
- E.P. Keath
- G. Branduardi-Raymont
- G. Branduardi-Raymont
- G. Branduardi-Raymont
- G. Branduardi-Raymont
- G. Branduardi-Raymont
- G. Branduardi-Raymont
- G. Metzner
- G.A. Shields
- G.B. Field
- G.R. Gladstone
- H. Geiger
- H. Gunell
- H. Ryufuku
- H.J. Fahr
- H.O. Funsten
- H.S. Hudson
- H.S.W. Massey
- H.S.W. Massey
- I.P. Robertson
- I.P. Robertson
- I.P. Robertson
- J. Chesnel
- J. Kerp
- J. Liu
- J. Nevalainen
- J. Trümper
- J.A. Carter
- J.A. Carter
- J.A. Crawford
- J.B. Greenwood
- J.B. Greenwood
- J.E. Rice
- J.H. Waite
- J.H. Waite
- J.H. Waite Jr.
- J.H.M.M. Schmitt
- J.N. Bregman
- J.P. Halpern
- J.S. Kaastra
- J.U. Ness
- J.U. Ness
- J.W. Chamberlain
- J.W. den Herder
- J.W. Herder den
- K. Dennerl
- K. Dennerl
- K. Dennerl
- K. Dennerl
- K. Dennerl
- K. Dennerl
- K. Dennerl
- K. Dennerl
- K. Ebisawa
- K. Koyama
- K. Mitsuda
- K.C. Hsieh
- K.C. Hsieh
- K.R. Cornelius
- Konrad Dennerl
- L. Biermann
- L. Biermann
- L. Haser
- L. Landau
- L.J. Lanzerotti
- L.P. Presniakov
- M. Arnaud
- M. Galeazzi
- M. Harwit
- M. Holmström
- M. Holmström
- M. Horanyi
- M. Revnivtsev
- M. Revnivtsev
- M. Rigazio
- M. Scully
- M. Torney
- M. Uchida
- M.J. Freyberg
- M.J. Mumma
- M.K. Wallis
- M.W. Wise
- N. Bohr
- N.A. Schwadron
- N.A. Schwadron
- N.C. Wickramasinghe
- P. Beiersdorfer
- P. Beiersdorfer
- P. Beiersdorfer
- P. Beiersdorfer
- P. Beiersdorfer
- P. Ranalli
- P.G. Carolan
- P.J. Serlemitsos
- P.P. Plucinsky
- R. Ali
- R. Bingham
- R. Bingham
- R. Dörner
- R. Fujimoto
- R. Giacconi
- R. Giacconi
- R. Lallement
- R. Lallement
- R. Lallement
- R. Pepino
- R. Schulz
- R. Wegmann
- R. Wegmann
- R. Wegmann
- R. Willingale
- R.B. Christensen
- R.C. Elton
- R.C. Isler
- R.E. Williams
- R.F. Elsner
- R.F. Elsner
- R.F. Elsner
- R.J. Allan
- R.J. Blint
- R.J. Mawhorter
- R.K. Smith
- R.K. Smith
- R.K. Smith
- R.L. Shelton
- R.S. Mulliken
- R.W. Bussard
- S. Barabash
- S. Bowyer
- S. Grzedzielski
- S. Ibadov
- S. Ibadov
- S. Machida
- S. Orsini
- S. Otranto
- S. Otranto
- S. Otranto
- S.A. Fuselier
- S.A. Fuselier
- S.J. Bame
- S.J. Bame
- S.K. Allison
- S.L. Baliunas
- S.L. Snowden
- S.L. Snowden
- S.L. Snowden
- S.M. Krimigis
- S.N. Borovikov
- S.S. Krasilnikov
- T. Yoshino
- T.E. Cravens
- T.E. Cravens
- T.E. Cravens
- T.E. Cravens
- T.E. Cravens
- T.E. Cravens
- T.E. Cravens
- T.G. Northrop
- T.G. Northrop
- T.G. Tsuru
- T.I. Gombosi
- T.R. Kallman
- T.R. Kallman
- V. Kharchenko
- V. Kharchenko
- V. Kharchenko
- V. Kharchenko
- V. Kharchenko
- V. Krasnopolsky
- V.A. Krasnopolsky
- V.A. Krasnopolsky
- V.A. Krasnopolsky
- V.A. Krasnopolsky
- V.A. Krasnopolsky
- V.A. Krasnopolsky
- V.A. Krasnopolsky
- V.D. Shapiro
- W. Baade
- W. Ip
- W.D. Watson
- W.H. Ip
- W.H. Ip
- W.H. Louisell
- W.H. Tucker
- Y. Hui
- Y. Tanaka
- Y. Tanaka
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Family history in "low risk" men with coronary heart disease.
- Author
- Publication venue
- 'BMJ'
- Publication date
- Field of study
Coronary heart disease — epidemiologic-genetic aspects
- Author
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Family history of myocardial infarction as an independent risk factor for coronary heart disease.
- Author
- Publication venue
- 'BMJ'
- Publication date
- Field of study
Mechanisms and dynamics of mechanical strengthening in ligament-equivalent fibroblast-populated collagen matrices
- Author
- A. Aggarwal
- A.B. Roberts
- A.S. Narayanan
- Achal Aggarwal
- B. Nusgens
- C. Guidry
- C. Guidry
- C. Guidry
- C. Huang
- C. Labarca
- C.B. Weinberg
- C.B. Weinberg
- C.G. Bellows
- C.G. Bellows
- D. Buttle
- D. Stopak
- David Huang
- E. Bell
- E. Bell
- F. Grinnell
- F.H. Silver
- G. Chandrakasan
- G.A. Dunn
- H. M. Kagan
- H. Paul Ehrlich
- H.P. Ehrlich
- J. Thomas
- J. Wolff
- J.E. Scott
- J.J. Tomasek
- J.J. Tomasek
- J.M. Lackie
- J.M. Snowden
- K.J. McLeod
- L.J. Reitzer
- L.S. Barak
- M.E. Nimni
- P. Weiss
- P. Weiss
- P. Weiss
- P.C. Coulson
- R. Skalak
- R.C. Lee
- R.D. Goldman
- R.D. Harkness
- R.J. Goss
- R.L. Trelstad
- R.W. Farndale
- Raphael C. Lee
- S. Chandrasekhar
- S.L.Y. Woo
- T. Weiland
- T.J. Franklin
- Thomas R. Chang
- Y.J. Kim
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Common variants in Alzheimer’s disease and risk stratification by polygenic risk scores
- Author
- Aarsland D.
- Abdelnour C.
- Abdelnour C.
- Adarmes-Gómez A. D.
- Aguilera N.
- Alarcon E.
- Alarcón-Martín E.
- Alarcón-Martín E.
- Alcolea D.
- Alegret M.
- Alegret M.
- Alonso M. D.
- Alvarez I.
- Amer-Ferrer G.
- Amouyel P.
- Anastasiou A.
- Anastasiou C.
- Andrade V.
- Andreassen O.A.
- Andreoni S.
- Antequera M.
- Antikainen R.
- Antonell A.
- Antúnez C.
- Antúnez C.
- Appollonio I.
- Arcaro M.
- Archetti S.
- Arias Pastor A.
- Armstrong N.J.
- Arosio B.
- Assogna F.
- Bacha J.I.
- Bagnoli S.
- Bailly H.
- Banaj N.
- Baquero M.
- Baquero M.
- Bastiani P.
- Belezhanska D.
- Bellenguez C.
- Bellou E.
- Benaque A.
- Benaque A.
- Bennett K.
- Benussi A.
- Benussi L.
- Bernal Sánchez-Arjona M.
- Bernal M.
- Besse C.
- Bessi V.
- Binetti G.
- Bis J.C.
- Bizzarro A.
- Bjerke M.
- Blennow K.
- Blesa R.
- Blesa R.
- Boada M.
- Boada M.
- Boada M.
- Boecker H.
- Boerwinkle E.
- Boland A.
- Borroni B.
- Boschi S.
- Bossù P.
- Botne Sando S.
- Brayne C.
- Bresner C.
- Brusco L.I.
- Buendia M.
- Buerger K.
- Buiza-Rueda D.
- Buiza-Rueda D.
- Bullido M.J.
- Bullido M.J.
- Burguera J.A.
- Burholt V.
- Caffarra P.
- Calero M.
- Calero M.
- Carracedo A.
- Carracedo Á.
- Carrillo F.
- Carrión-Claro M.
- Casajeros M.J.
- Castaño E.M.
- Cañabate P.
- Cecchetti R.
- Cervera-Carles L.
- Charbonnier C.
- Chillotti C.
- Chipi E.
- Chêne G.
- Ciccone S.
- Ciullo V.
- Clare L.
- Clarimón J.
- Clarimón J.
- Clark C.
- Conti E.
- Corbatón-Anchuelo A.
- Corbatón-Anchuelo A.
- Cores V.
- Corma-Gómez A.
- Costantini E.
- Craig D.
- Cruz-Gamero J.M.
- Cuesta C.
- Custodero C.
- Daian D.
- Dalmasso M.C.
- Daniele A.
- Dardiotis E.
- de Mendonça A.
- de Pancorbo M.M.
- De Roeck E.
- de Rojas I.
- de Rojas I.
- de Rojas I.
- Deckert J.
- del Ser T.
- del Ser T.
- Del Zompo M.
- Deleuze J-F
- Deniz-Naranjo M.C.
- Deramecourt V.
- DeStefano A.L.
- Dichgans M.
- Diego S.
- Diehl-Schmid J.
- Diez-Fairen M.
- Diez-Fairen M.
- Dionigi Rossi P.
- Djurovic S.
- Dufouil C.
- Duron E.
- Düzel E.
- Engelborghs S.
- Escott-Price V.
- Escuela R.
- Esiri M.
- Espinosa A.
- Espinosa A.
- Etchepareborda I.
- Ewers M.
- Farotti L.
- Farrer L.A.
- Fenoglio C.
- Fernández-Fuertes M.
- Ferrarese C.
- Ferrari Ca.
- Ferreira C.B.
- Ferri E.
- Fin B.
- Fischer P.
- Fließbach K.
- Fornage M.
- Fortea J.
- Fortea J.
- Fostinelli S.
- Fox N.C.
- Franco-Macías E.
- Franco-Macías E.
- Frank-García A.
- Frank-García A.
- Frikke-Schmidt R.
- Froelich L.
- Gailhajenet A.
- Galeano P.
- Galimberti D.
- Garcia Madrona S.
- Garcia-Ribas G.
- Garcia-Ribas G.
- García-Alberca J.M.
- García-Alberca J.M.
- García-González P.
- García-González P.
- García-Madrona S.
- Garrote-Espina L.
- Gelpi E.
- Germani S.
- Ghidoni R.
- Giaccone G.
- Giedraitis V.
- Giegling I.
- Gil S.
- Gil S.
- Goldhardt O.
- González-Perez A.
- González-Pérez A.
- Graff C.
- Grande G.
- Greco A.
- Grenier-Boley B.
- Grimmer T.
- Grozeva D.
- Grünblatt E.
- Guitart M.
- Gómez-Garre P.
- Haapasalo A.
- Hadjigeorgiou G.
- Haines J.L.
- Hampel H.
- Hanon O.
- Harris J.
- Hartmann A.M.
- Harwood J.
- Hausner L.
- Heilmann-Heimbach S.
- Helisalmi S.
- Heneka M.T.
- Hernández I.
- Hernández I.
- Hernández I.
- Herrman M.J.
- Herrmann M.J.
- Heun R.
- Hevilla S.
- Hiltunen M.
- Hoffmann P.
- Holmans P.A.
- Holmes C.
- Holstege H.
- Hooper N.M.
- Hort J.
- Huerto Vilas R.
- Huisman M.
- Hulsman M.
- Hägg S.
- Ibarria M.
- Ikram M.A.
- Ingelsson M.
- Ingino C.
- Janowitz D.
- Jansen I.E.
- Jansen I.E.
- Jessen F.
- Jesús S.
- Jian X.
- Joachim C.
- Johansson C.
- Johnston J.
- Jones M.
- Jürgen D.
- Kalaria R.N.
- Karlsson I.K.
- Kehoe P.G.
- Kern S.
- Kilander L.
- Kinhult Ståhlbom A.
- Kivipelto M.
- Kleineidam L.
- Kochen S.
- Kohler E.
- Kohler M.
- Koivisto A.
- Kok A.A.L.
- Kornhuber J.
- Kosmidis M.H.
- Kosmidis M.H.
- Koutsouraki E.
- Kunkle B.W.
- Kuulasmaa T.
- Kölsch H.
- Küçükali F.
- Laatikainen T.
- Labrador Espinosa M.A.
- Lacidogna G.
- Laczo J.
- Lafuente A.
- Lage C.
- Lage C.
- Lambert J-C
- Laske C.
- Lauria A.
- Lebouvier T.
- Legaz A.
- Lehtisalo J.
- Lemstra A.W.
- Leonenko G.
- Lerch O.
- Lindström J.
- Lisetti V.
- Lisso J.
- Lleó A.
- Lleó A.
- Lopez de Munain A.
- Lopez de Munain A.
- Love S.
- Luckuck L.
- López-García S.
- López-García S.
- Löwenmark M.
- Macias J.
- Macias-García D.
- Macleod C.
- Macías J.
- Maier W.
- Mangialasche F.
- Mangone C.
- Mann D.M.
- Manzanares S.
- Marianthi A.
- Maroñas O.
- Marquié M.
- Marquié M.
- Marquié M.
- Marshall R.
- Martinez C.
- Martín Montes A.
- Martín Montes A.
- Martín E.
- Martínez Rodríguez C.
- Martínez B.
- Martínez C.
- Martínez M. T.
- Martínez V.
- Martínez-Lage Álvarez P.
- Martínez-Larrad M.T.
- Marín M.
- Marín T.
- Marín-Muñoz J.
- Masullo C.
- Mather K.A.
- Matoska V.
- Matthews F.
- Mauleón A.
- Mayeux R.
- McCracken C.
- McGuinness B.
- Mead S.
- Mecocci P.
- Medel N.
- Medina M.
- Medina M.
- Meggy A.
- Mehrabian S.
- Mendioroz Iriarte M.
- Mendoza S.
- Menzies G.
- Menéndez-González M.
- Menéndez-González M.
- Mihova K.Y.
- Mir P.
- Mir P.
- Molina-Porcel L.
- Molinuevo J.L.
- Montrreal L.
- Montrreal L.
- Morelli L.
- Moreno F.
- Moreno M.
- Moreno-Grau S.
- Moreno-Grau S.
- Morgan K.
- Muchnik C.
- Muñoz-Fernandez C.
- Nacmias B.
- Naj A.C.
- Natunen T.
- Neary D.
- Ngandu T.
- Nicolas G.
- Nordestgaard B.G.
- Novack G.
- Nöthen M.M.
- Olaso R.
- Olivar N.
- Orellana A.
- Orellana A.
- Orsini M.
- Ortega G.
- Ortega G.
- Ortiz C.
- Padovani A.
- Palacio D.L.
- Pancho A.
- Papenberg G.
- Parnetti L.
- Pasquier F.
- Passmore P.
- Pastor A.B.
- Pastor P.
- Pastor P.
- Pedersen N.L.
- Pelejá E.
- Peltonen M.
- Pericak-Vance M.A.
- Periñán-Tocino T.
- Perneczky R.
- Peters O.
- Phillips J.
- Piaceri I.
- Pickering-Brown S.
- Pijnenburg Y.A.L.
- Pineda J. A.
- Pineda J.A.
- Pineda-Sanchez R.
- Piras F.
- Piras F.
- Pisanu C.
- Piñol-Ripoll G.
- Piñol-Ripoll G.
- Polak T.
- Politis D.G.
- Polvikoski T.M.
- Popp J.
- Posthuma D.
- Preckler S.
- Prestia F.A.
- Priller J.
- Pérez Tur J.
- Pérez-Cordon A.
- Pérez-Cordón A.
- Pérez-Tur J.
- Quenez O.
- Quintela I.
- Quintela I.
- Rainer M.
- Rainero I.
- Ramirez A.
- Real de Asúa D.
- Real L. M.
- Real L.M.
- Reyes Toso C.
- Reynolds C.A.
- Richardson A.
- Riedel-Heller S.
- Riederer P.
- Rios M.
- Roberto N.
- Rodrigo S.
- Rodriguez-Rodriguez E.
- Rodríguez-Rodríguez E.
- Rojo M.
- Rongve A.
- Rongve A.
- Rosas Allende I.
- Rosende-Roca M.
- Rosende-Roca M.
- Rossi G
- Roveta F.
- Royo J.L.
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- Rubino E.
- Ruiz A.
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- Rujescu D.
- Rábano A.
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- Saad S.
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- Sakka P.
- Sala G.
- Salani F.
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- Sanchez-Garcia F.
- Sastre I.
- Satizabal C.L.
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- Schellenberg G.D.
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- Scherer M.
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- Sevillano Z.
- Sims R.
- Skoog I.
- Skrobot O.A.
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- Smith A.D.
- Snowden J.
- Soininen H.
- Solfrizzi V.
- Solis P.
- Solomon A.
- Sommerville E.W.
- Sorbi S.
- Sotolongo-Grau O.
- Sotolongo-Grau O.
- Spallazzi M.
- Spalletta G.
- Spottke A.
- Squassina A.
- Strandberg T.
- Stringa N.
- Sáez M. E.
- Sáez M.E.
- Sánchez-Juan P.
- Sánchez-Juan P.
- Sánchez-Valle R.
- Tagliavini F.
- Takalo M.
- Tankard R.M.
- Tegos T.
- Teipel S.
- Tesi N.
- Thomassen J.Q.
- Thonberg H.
- Todd S.
- Traykov L.
- Tremolizzo L.
- Tsolaki M.
- Tuomilehto J.
- Tybjærg-Hansen A.
- Tárraga L.
- Tárraga L.
- Ullgren A.
- Vacca A.
- Valero S.
- Valero S.
- Valero S.
- Van Broeckhoven C.
- van der Flier W.M.
- van der Lee S.J.
- Van Dongen J.
- van Duijn C.M.
- van Schoor N.M.
- Vandenberghe R.
- Vardy E.R.L.C.
- Vargas L.
- Vicente M.P.
- Vidal J-S
- Vigo-Ortega R.
- Vivancos L.
- Vogelgsang J.
- Vyhnalek M.
- Wagner M.
- Wallon D.
- Wang L-S
- Weber H.
- Weinhold L.
- Wilcock G.
- Williams J.
- Wiltfang J.
- Windle G.
- Woods R.
- Yang Q.
- Yannakoulia M.
- Zetterberg H.
- Zettergren A.
- Zoia C.P.
- Zulaica M.
- Álvarez I.
- Álvarez V.
- Álvarez V.
- Publication venue
- 'Nature Research Society'
- Publication date
- 01/01/2021
- Field of study
Genetic discoveries of Alzheimer’s disease are the drivers of our understanding, and together with polygenetic risk stratification can contribute towards planning of feasible and efficient preventive and curative clinical trials. We first perform a large genetic association study by merging all available case-control datasets and by-proxy study results (discovery n = 409,435 and validation size n = 58,190). Here, we add six variants associated with Alzheimer’s disease risk (near APP, CHRNE, PRKD3/NDUFAF7, PLCG2 and two exonic variants in the SHARPIN gene). Assessment of the polygenic risk score and stratifying by APOE reveal a 4 to 5.5 years difference in median age at onset of Alzheimer’s disease patients in APOE ɛ4 carriers. Because of this study, the underlying mechanisms of APP can be studied to refine the amyloid cascade and the polygenic risk score provides a tool to select individuals at high risk of Alzheimer’s disease
The development of polymer-based biomaterials since the 1920s
- Author
- A. Starr
- A.B. Voorhees
- A.J. Coury
- A.M. Abobaker
- Authors?
- B.D. Ratner
- C. Dennis
- C.A. Hufnagel
- C.B. Wisman
- C.C. Kilgore
- D. Liotta
- E. Frisch
- F.L. Ashley
- H. Hoekstra
- H. Lee
- I.V. Yannas
- J. Capperauld
- J.E. Salvatore
- J.H. Harrison
- J.H. West
- J.J. Barnham
- J.K. Fitzgerald
- J.M. Moran
- Johnson & Johnson Interceed TC7 Study Group
- K. Atsum
- L. Clark
- M. Reisch
- M. Szycher
- M.F. Jonkman
- M.J. Slepian
- M.J. Snowden
- Mosongo Moukwa
- O. Larm
- O. Wichterle
- O. Wichterle
- P. Tormala
- P.P. DeJaegre
- R. Gagnon
- R.A. Fuller
- R.A. Latour
- R.K. Kulkami
- S. Pulapura
- S.D. Moulopoulos
- S.E. Wilson
- T.D. Cronin
- T.J. Donovan
- T.M.S. Chang
- V. Poitout
- V.J. Gott
- W. DeVries
- W. Xue-Tai
- W.E. Quinton
- W.J. Kolff
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Common variants in Alzheimer’s disease and risk stratification by polygenic risk scores
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2021
- Field of study
Genetic discoveries of Alzheimer’s disease are the drivers of our understanding, and together with polygenetic risk stratification can contribute towards planning of feasible and efficient preventive and curative clinical trials. We first perform a large genetic association study by merging all available case-control datasets and by-proxy study results (discovery n = 409,435 and validation size n = 58,190). Here, we add six variants associated with Alzheimer’s disease risk (near APP, CHRNE, PRKD3/NDUFAF7, PLCG2 and two exonic variants in the SHARPIN gene). Assessment of the polygenic risk score and stratifying by APOE reveal a 4 to 5.5 years difference in median age at onset of Alzheimer’s disease patients in APOE ɛ4 carriers. Because of this study, the underlying mechanisms of APP can be studied to refine the amyloid cascade and the polygenic risk score provides a tool to select individuals at high risk of Alzheimer’s disease. © 2021, The Author(s)
Common variants in Alzheimer’s disease and risk stratification by polygenic risk scores
- Publication venue
- Publication date
- 01/01/2021
- Field of study
Genetic discoveries of Alzheimer’s disease are the drivers of our understanding, and together with polygenetic risk stratification can contribute towards planning of feasible and efficient preventive and curative clinical trials. We first perform a large genetic association study by merging all available case-control datasets and by-proxy study results (discovery n = 409,435 and validation size n = 58,190). Here, we add six variants associated with Alzheimer’s disease risk (near APP, CHRNE, PRKD3/NDUFAF7, PLCG2 and two exonic variants in the SHARPIN gene). Assessment of the polygenic risk score and stratifying by APOE reveal a 4 to 5.5 years difference in median age at onset of Alzheimer’s disease patients in APOE ɛ4 carriers. Because of this study, the underlying mechanisms of APP can be studied to refine the amyloid cascade and the polygenic risk score provides a tool to select individuals at high risk of Alzheimer’s disease. © 2021, The Author(s)