REDWIRE SPACE TECHNOLOGIES, INC. - BIOFILM GROWTH AND ARCHITECTURE IN POROUS MEDIA: EXPLORING THE EFFECT OF GRAVITATIONAL AND INTERFACIAL FORCES ON BIOFILM GROWTH PATTERNS.

POTENTIAL FOR SCALABILITY TO CAPTURE SIZEABLE MARKETS, CREATE NEW MARKETS, OR EVEN DISRUPT EXISTING EARTH-BASED TECHNOLOGIES BY TAKING ADVANTAGE OF THE UNIQUE ENVIRONMENT OF LEO THROUGH UTILIZATION OF THE INTERNATIONAL SPACE STATION (ISS)

REDWIRE SPACE TECHNOLOGIES, INC.

RESEARCH AND DEVELOPMENT FOR IN-SPACE PRODUCTION CONCEPTS OF NANOBIOREACTOR MODELS. THIS WAS AWARDED OFF OF THE NASA RESEARCH ANNOUNCEMENT NNJ13ZBG001N. NOTE THAT "BASIC RESEARCH" IS NOT A SELECTABLE SOLICITATION TYPE FOR PURCHASE ORDERS IN FPDS.

ASPERA BIOMEDICINES, INC.

DESIGN, DEVELOPMENT, AND TESTING OF GROUND AND FLIGHT UNIT(S) AS WELL AS COMPLETION OF FLIGHT DEMONSTRATION(S) ON THE ISS NATIONAL LAB (NL) OR A CLD OR OTHER LEO ORBITAL PLATFORM.

NATIONAL STEM CELL FOUNDATION INC.

DESIGN, DEVELOPMENT, AND TESTING OF GROUND AND FLIGHT UNIT(S) AS WELL AS COMPLETION OF FLIGHT DEMONSTRATION(S) ON THE ISS NATIONAL LAB (NL) OR A CLD OR OTHER LEO ORBITAL PLATFORM.

NATIONAL STEM CELL FOUNDATION INC.

PREPARE A FEASIBILITY ASSESSMENT OF LONG-TERM DEEP SPACE AVATAR RESEARCH OPPORTUNITIES. THESE EXPERIMENTS WILL UTILIZE AUTONOMOUS SYSTEMS ENABLING LONGER TERM SCIENCE OPERATIONS IN DEEP SPACE.

STI LEGACY, INC.