Credits

November 2019

Editor in Chief

• Shana R. Spindler, PhD
  shana.spindler@gmail.com

Layout/Design

• Nichole Swan
  jonasnic@mail.nih.gov

Background Photography

This issue also features submissions from the 2019 NICHD DIR & DIPHR Scientific Retreat image competition.

1. Thomas Millot on Unsplash
2. Dan Castranova (Weinstein Lab, DIR)
   Adult Fish Scales. MRC1a-eGFP transgenic zebrafish showing eGFP in green, Alizarin red in blue, Deep red membrane stain in magenta. Nikon Ti2 with Yokogawa CSU-W1 spinning disk, Hamamatsu Orca Flash 4 v3 camera.
3. Sam on Unsplash
4. Linus Mimietz on Unsplash
5. Thomas Millot on Unsplash
6. James Wheeler on Unsplash
7. John Westrock on Unsplash
8. Autumn Mott Rodeheaver on Unsplash
9. Jen Theodore on Unsplash
10. Simon Matzinger on Unsplash
11. Dan Castranova (Weinstein Lab, DIR)
    6 Week Old Zebrafish Head. Double pigment mutation (casper) double transgenic, kdrl-mcherry (blood vessels magenta), MRC1a-eGFP (lymphatics and some veins green) Alizarin red in blue. Nikon Ti2 with Yokogawa CSU-W1 spinning disk, Hamamatsu Orca Flash 4 v3 camera.
12. Dan Castranova (Weinstein Lab, DIR)
    2 Day Old Zebrafish Yolk.  Double transgenic kdrl-eGFP (yellow vessels), gata1-dsred (magenta blood cells), nuclei (blue).  Nikon Ti2 with Yokogawa CSU-W1 spinning disk, Hamamatsu Orca Flash 4 v3 camera.
13. Leana Ramos (Le Pichon Lab, DIR)
    Sensory neurons from the right leg of a mouse projecting to the spinal cord.
14. Ouidir Mairion (Schisterman Lab, DIPHR)
    This figure shows the association between maternal plasma levels of 76 persistent organic pollutants and longitudinally measured femur length in the NICHD Fetal Growth Studies – Singletons cohort.
15. Dan Castranova (Weinstein Lab, DIR)
    Adult Zebrafish Eye. Double pigment mutation (casper) double transgenic, kdrl-mcherry (red blood vessels), MRC1a-eGFP (lymphatics and some veins). Nikon Ti2 with Yokogawa CSU-W1 spinning disk, Hamamatsu Orca Flash 4 v3 camera.
16. Dax Hoffman Lab, DIR
    In aged (12m) DPP6-KO mice, hippocampal area CA1 shows abnormal structures that are associated with postsynaptic apical dendrites (MAP2+) and presynaptic (synaptophysin+) sites. Cell bodies are in blue.  

Contributors

• Ariel Eraso

• Suna Gulay, PhD

• Nichole Swan

• Katie Wendover