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8 Matching Results
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Amblema plicata, Specimen #137
One preserved mussel specimen including both the left and right valves. The specimen exhibits a quadrate shape; thick shell; single looped beak sculpturing; white internal coloring; black external coloring; external sculpturing in the form of ridges. Collected in the Brazos basin. The specimen measures between 60 - 100 mm in length and was assessed to be live when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Amblema plicata, Specimen #138
One preserved mussel specimen including both the left and right valves. The specimen exhibits a quadrate shape; thick shell; single looped beak sculpturing; white internal coloring; brown external coloring; external sculpturing in the form of ridges. Collected in the Brazos basin. The specimen measures between 60 - 100 mm in length and was assessed to be live when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Amblema plicata, Specimen #139
One preserved mussel specimen including the left valve only. The specimen exhibits a quadrate shape; thick shell; single looped beak sculpturing; white internal coloring; brown external coloring; external sculpturing in the form of ridges. Collected in the Brazos basin. The specimen measures between 60 - 100 mm in length and was assessed to be live when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Lampsilis teres, Specimen #460
One preserved mussel specimen including both the left and right valves. The specimen exhibits an elliptical shape; moderately thick shell; white internal coloring; tan external coloring; no external sculpturing. Collected in the Brazos basin. The specimen measures between 60 - 100 mm in length and was assessed to be live when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Lampsilis teres, Specimen #1620
One preserved mussel specimen including both the left and right valves. The specimen exhibits an elliptical shape; moderately thick shell; white internal coloring; tan external coloring; no external sculpturing. Collected in the Brazos basin. The specimen measures between 60 - 100 mm in length and was assessed to be live when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Lampsilis teres, Specimen #1621
One preserved mussel specimen including the right valve only. The specimen exhibits an elliptical shape; moderately thick shell; white internal coloring; tan external coloring; no external sculpturing. Collected in the Brazos basin. The specimen measures between 0 - 60 mm in length and was assessed to be live when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Ligumia subrostrata, Specimen #540
One preserved mussel specimen including both the left and right valves. The specimen exhibits an elliptical shape; moderately thick shell; white internal coloring; reddish-brown external coloring; no external sculpturing. Collected in the Brazos basin. The specimen measures between 0 - 60 mm in length and was assessed to be long dead when collected.
Date:
September 25, 1979
Creator:
Golightly, C. & Kosinski, Robert
Object Type:
Specimen
System:
The UNT Digital Library
Unraveling Δ1-Pyrroline-5-Carboxylate-Proline Cycle in Plants by Uncoupled Expression of Proline Oxidation Enzymes
Article showing that overexpression of MsProDH in tobacco and Arabidopsis or impairment of P5C oxidation in the Arabidopsis p5cdh mutant did not change the cellular Pro to P5C ratio under ambient and osmotic stress conditions, indicating that P5C excess was reduced to Pro in a mitochondrial-cytosolic cycle. Results show that normal oxidation of P5C to Glu by P5CDH is key to prevent P5C-Pro intensive cycling and avoid ROS production from electron run-off.
Date:
September 25, 2009
Creator:
Miller, Gad; Honig, Arik; Stein, Hanan; Suzuki, Nobuhiro; Mittler, Ron & Zilberstein, Aviah
Object Type:
Article
System:
The UNT Digital Library