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Matches in Nanopublications for { ?s ?p "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine."@en ?g. }

• NP443520.RAXUTl3X-3cPs3YKIao_F6UZxN53C6DvAaq5ac-pk9udA130_assertion description "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP443520.RAXUTl3X-3cPs3YKIao_F6UZxN53C6DvAaq5ac-pk9udA130_provenance.
• NP553471.RAEOSD2FrpBNlYlbCcU32oUabagHV3NYx6OzRuw4cnqpc130_assertion description "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP553471.RAEOSD2FrpBNlYlbCcU32oUabagHV3NYx6OzRuw4cnqpc130_provenance.
• NP1304100.RAWzPz4DDgdRZFAJgUiHE_6PbshEbFw9GT48zNi6hJ8Js130_assertion description "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1304100.RAWzPz4DDgdRZFAJgUiHE_6PbshEbFw9GT48zNi6hJ8Js130_provenance.
• NP794626.RAMavrO2ZULNlL4Lju7jY0sIBe_Vn33scbSF7_PKgVsuc130_assertion description "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP794626.RAMavrO2ZULNlL4Lju7jY0sIBe_Vn33scbSF7_PKgVsuc130_provenance.
• NP443888.RAkWGl10HkPW8cGhOi_CYg9UwHxNlFemptgUTP8_xhxH4130_assertion description "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP443888.RAkWGl10HkPW8cGhOi_CYg9UwHxNlFemptgUTP8_xhxH4130_provenance.
• NP1304099.RAht2Es7ozoO0PNNGArPIoyqZuhScX7u4wm1vJldhVcUo130_assertion description "[Among the results of the present studies it may be mentioned that by using the method of isoelectric focusing for separation of hemoglobin it is possible to: separate HbA1d and HbA1c and to determine the rate and equilibrium constants for the formation and dissociation of these glycated hemoglobin fractions; calculate, by the use of a biokinetic model, that HbA1c reflects the mean blood glucose concentration of the preceding 4 weeks; ascertain that HbA1c is preferable to HbA1 as a parameter for assessing the glycemic control; demonstrate that in children with newly diagnosed diabetes mellitus HbA1c is a useful index for defining the start and cessation of the remission period and for predicting the length of this period; demonstrate that HbA1c in children with diabetes mellitus is positively correlated to the clinical control and negatively correlated to linear growth; demonstrate a seasonal variation in the HbA1c substance fraction which shows the lowest level in the months of June and July; demonstrate that the transport of glucose across the erythrocyte membrane in children with diabetes mellitus is not notably affected by the glycemic control.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1304099.RAht2Es7ozoO0PNNGArPIoyqZuhScX7u4wm1vJldhVcUo130_provenance.