1. Shaping Small Bioactive Molecules to Untangle Their Biological Function: A Focus on Fluorescent Plant Hormones 
Beatrice Lace, Cristina Prandi 
Molecular Plant 
Volume 9, Issue 8, Pages (August 2016)
DOI: /j.molp
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2. Figure 1
Plot of Wavelength (nm) of Maximum Absorption (λex, Left) and Emission (λem, Right) for Selected Fluorophores.
Molecular Plant 2016 9, DOI: ( /j.molp )
Copyright © 2016 The Author Terms and Conditions

3. Figure 2
Molecular Structure of Xanthene, and the Most Common Fluorescein and Rhodamine Commercial Dyes.
Asterisk indicates variable functional groups, i.e., amine-reactive succinimidyl ester, thiol, aldehyde, and carboxylic acid reactive forms.
Molecular Plant 2016 9, DOI: ( /j.molp )
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4. Figure 3
Use of Fluorescein as Fluorogenic Probe and Variation of Absorption/Emission Properties of Fluorescein Depending on pH (from Margulies et al., 2005).
Molecular Plant 2016 9, DOI: ( /j.molp )
Copyright © 2016 The Author Terms and Conditions

5. Figure 4 Molecular Structure of Alexa Fluor Dye Series.
Asterisks indicate variable functional groups, i.e., amine-reactive succinimidyl ester, thiol, aldehyde, and carboxylic acid reactive forms.
Molecular Plant 2016 9, DOI: ( /j.molp )
Copyright © 2016 The Author Terms and Conditions

6. Figure 5
Molecular Structure of a 7-Substituted Coumarin Derivative, Coumarin 343, and Non-fluorescent NBD-Cl.
Molecular Plant 2016 9, DOI: ( /j.molp )
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7. Figure 6
Molecular Structure of s-Indacene, BODIPY Core, Aza-BODIPY, and a Selection of Commercially Available BODIPYs.
Asterisks indicate variable functional groups, i.e., amine-reactive succinimidyl ester, thiol, aldehyde, and carboxylic acid reactive forms.
Molecular Plant 2016 9, DOI: ( /j.molp )
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8. Figure 7
Molecular Structure of the Natural Auxin IAA and Its Fluorescent Conjugates IAA-FITC and IAA-RITC.
Molecular Plant 2016 9, DOI: ( /j.molp )
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9. Figure 8
Molecular Structure of Fluorescence-Tagged Auxins NBD-IAA and NBD-NAA.
Molecular Plant 2016 9, DOI: ( /j.molp )
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10. Figure 9
Molecular Structure of Gibberellins and Their Fluorescence-Tagged Derivatives GA4-Fl and GA3-Fl.
Molecular Plant 2016 9, DOI: ( /j.molp )
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11. Figure 10
Molecular Structure of a Natural Brassinosteroid and the Fluorescence-Labeled Brassinosteroid Analog AFCS.
Molecular Plant 2016 9, DOI: ( /j.molp )
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12. Figure 11
Molecular Structure of (−)-Jasmonic Acid and Its Bioactive Fluorescent Derivative.
Molecular Plant 2016 9, DOI: ( /j.molp )
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13. Figure 12
Molecular Structure of Abscisic Acid, the Cytokinin trans-Zeatin, and Their Fluorescent Derivatives.
Molecular Plant 2016 9, DOI: ( /j.molp )
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14. Figure 13
General Structure of SLs with Ring Lettering, Strigol-like and Orobanchol-like Families, Selection of Natural SLs, and Carlactone.
Molecular Plant 2016 9, DOI: ( /j.molp )
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15. Figure 14 Molecular Structure of Synthetic SLs.
Molecular Plant 2016 9, DOI: ( /j.molp )
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16. Figure 15
Hydrolysis of Strigolactones Leads to Generation of Two Fragments, the Formyl Tricyclic ABC Core and the Hydroxybutenolide.
Molecular Plant 2016 9, DOI: ( /j.molp )
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17. Figure 16 Molecular Structure of Functionalized SL Analogs.
Molecular Plant 2016 9, DOI: ( /j.molp )
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18. Figure 17 Molecular Structure of Fluorescent SL Derivatives.
Molecular Plant 2016 9, DOI: ( /j.molp )
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19. Figure 18
The Structure of BODIPY Derivatives Used to Map the Distribution of SLs in Arabidopsis Root System.
Molecular Plant 2016 9, DOI: ( /j.molp )
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20. Figure 19
Illustration of the Molecular Design of Fluorescence Turn-On Molecule YLG for D14-like Strigolactone Receptors and Molecular Structure of the Fluorogenic Probe Bearing Two D Rings (YLGW).
Molecular Plant 2016 9, DOI: ( /j.molp )
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21. Figure 20
Fluorescent Labeling of Plant Hormones Represented in Its Different Interconnected Phases Involving Both Chemistry and Biology.
Molecular Plant 2016 9, DOI: ( /j.molp )
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