On the Dissociation of Serum Globulin at Varying Hydrogen Ion Concentrations

The thermal decomposition of aneurin and co-carboxylase at varying hydrogen ion concentrations.

The Fractional Precipitation of Serum Globulin at Different Hydrogen Ion Activities. Experi- Ments with Globulin Obtained from Normal and Immune (antipneumococcus) Horse Serum

The problem as to whether or not the globulin fractions obtained from blood serum are chemical entities has been the subject of much discussion recently. Svedberg (l), basing his views on particle (molecular) weight determination, came to the conclusion that there is only one serum globulin, the molecular weight of which he determined to be 103,800. Sorensen (2) concluded, however, from solubil...

The Fractional Precipitation of Serum Globulin at Different Hydrogen Ion Activities. Experi- Ments with Globulin Obtained from Normal and Immune (antipneumococcus) Horse Serum

The problem as to whether or not the globulin fractions obtained from blood serum are chemical entities has been the subject of much discussion recently. Svedberg (l), basing his views on particle (molecular) weight determination, came to the conclusion that there is only one serum globulin, the molecular weight of which he determined to be 103,800. Sorensen (2) concluded, however, from solubil...

The Fractional Precipitation of Serum Globulin at Different Hydrogen Ion Activities. Experi- Ments with Globulin Obtained from Normal and Immune (antipneumococcus) Horse Serum

The problem as to whether or not the globulin fractions obtained from blood serum are chemical entities has been the subject of much discussion recently. Svedberg (l), basing his views on particle (molecular) weight determination, came to the conclusion that there is only one serum globulin, the molecular weight of which he determined to be 103,800. Sorensen (2) concluded, however, from solubil...

Dissociation energies of molecular hydrogen and the hydrogen molecular ion.

We have obtained improved values for the dissociation energies of molecular hydrogen and its ion by using a high-resolution pulse-amplified laser to probe the second dissociation limit. The onset of the vibrational continuum is observed by state-selective detection of the atomic products of dissociation, and several auxiliary measurements link the results to the ground state. The dissociation e...