Schematic showing mixing of plasma with reagent. by Philip L. Early (2742805)

VPS34 inhibition depletes intracellular iron by blocking iron uptake through enhanced degradation of TFR and excess iron rescues the growth defect in RKO cells. by Marek J. Kobylarz (9292599)

“…Oligomycin (Oligo) inhibits ATP synthase (Complex V) and decreases OCR; FCCP uncouples oxidative phosphorylation and increases OCR; and rotenone/antimycin A (ROT & AA) inhibits Complex I and III, respectively and decreases OCR. …”

Fig 2 - by Michael Mackay (411250)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

“…These indicated, in the absence of RE, virtually no change in the log <i>K</i>₁(NH₃) value for H⁺, a small decrease for Cu⁺, and a larger decrease for Ag⁺. …”