authors 
    
        
    Guido F. Pauli
  
    
       ,
    Shao-Nong Chen
    
    
        ,
    Shao-Nong Chen
  
    
       ,
    David C. Lankin
    
    
        ,
    David C. Lankin
  
    
       ,
    Jonathan Bisson
    
    
        ,
    Jonathan Bisson
  
    
       ,
    Ryan J. Case
  
    
    
        ,
    Lucas R. Chadwick
  
    
    
        ,
    Tanja Gödecke
  
    
    
        ,
    Taichi Inui
  
    
    
        ,
    Aleksej Krunic
  
    
    
        ,
    Birgit U. Jaki
    
    
        ,
    Ryan J. Case
  
    
    
        ,
    Lucas R. Chadwick
  
    
    
        ,
    Tanja Gödecke
  
    
    
        ,
    Taichi Inui
  
    
    
        ,
    Aleksej Krunic
  
    
    
        ,
    Birgit U. Jaki
  
    
       ,
    James B. McAlpine
    
    
        ,
    James B. McAlpine
  
    
       ,
    Shunyan Mo
  
    
    
        ,
    José G. Napolitano
  
    
    
        ,
    Jimmy Orjala
  
    
    
        ,
    Juuso Lehtivarjo
  
    
    
        ,
    Samuli-Petrus Korhonen
  
    
    
        ,
    Matthias Niemitz
    
    
        ,
    Shunyan Mo
  
    
    
        ,
    José G. Napolitano
  
    
    
        ,
    Jimmy Orjala
  
    
    
        ,
    Juuso Lehtivarjo
  
    
    
        ,
    Samuli-Petrus Korhonen
  
    
    
        ,
    Matthias Niemitz
  
    
       
    
    
journal Journal of Natural Products
subjects Pharmacognosy Phytochemistry NMR Spin simulation
    
     The present study demonstrates the importance of adequate precision when reporting the δ and J parameters of frequency domain 1H NMR (HNMR) data. Using a variety of structural classes (terpenoids, phenolics, alkaloids) from different taxa (plants, cyanobacteria), this study develops rationales that explain the importance of enhanced precision in NMR spectroscopic analysis and rationalizes the need for reporting Δδ and ΔJ values at the 0.1–1 ppb and 10 mHz level, respectively.
  Read More...
    The present study demonstrates the importance of adequate precision when reporting the δ and J parameters of frequency domain 1H NMR (HNMR) data. Using a variety of structural classes (terpenoids, phenolics, alkaloids) from different taxa (plants, cyanobacteria), this study develops rationales that explain the importance of enhanced precision in NMR spectroscopic analysis and rationalizes the need for reporting Δδ and ΔJ values at the 0.1–1 ppb and 10 mHz level, respectively.
  Read More...
    
  
   ,
    Shao-Nong Chen
    
    
        ,
    Shao-Nong Chen
  
    
       ,
    David C. Lankin
    
    
        ,
    David C. Lankin
  
    
       ,
    Jonathan Bisson
    
    
        ,
    Jonathan Bisson
  
    
       ,
    Ryan J. Case
  
    
    
        ,
    Lucas R. Chadwick
  
    
    
        ,
    Tanja Gödecke
  
    
    
        ,
    Taichi Inui
  
    
    
        ,
    Aleksej Krunic
  
    
    
        ,
    Birgit U. Jaki
    
    
        ,
    Ryan J. Case
  
    
    
        ,
    Lucas R. Chadwick
  
    
    
        ,
    Tanja Gödecke
  
    
    
        ,
    Taichi Inui
  
    
    
        ,
    Aleksej Krunic
  
    
    
        ,
    Birgit U. Jaki
  
    
       ,
    James B. McAlpine
    
    
        ,
    James B. McAlpine
  
    
       ,
    Shunyan Mo
  
    
    
        ,
    José G. Napolitano
  
    
    
        ,
    Jimmy Orjala
  
    
    
        ,
    Juuso Lehtivarjo
  
    
    
        ,
    Samuli-Petrus Korhonen
  
    
    
        ,
    Matthias Niemitz
    
    
        ,
    Shunyan Mo
  
    
    
        ,
    José G. Napolitano
  
    
    
        ,
    Jimmy Orjala
  
    
    
        ,
    Juuso Lehtivarjo
  
    
    
        ,
    Samuli-Petrus Korhonen
  
    
    
        ,
    Matthias Niemitz
  
    
       
    
    
journal Journal of Natural Products
subjects Pharmacognosy Phytochemistry NMR Spin simulation
