Calbindin D28 k mRNA was concentrated
exclusively in the Purkinje cells (Fig. 2a); no staining of
any other cerebellar neurone types was seen, which is in
good agreement with earlier immunohistochemical studies
[2, 16]. The signal was uniformly distributed throughout
the cytoplasm (excluding the nucleus).
Calbindin D28 k mRNA was concentrated
exclusively in the Purkinje cells (Fig. 2a); no staining of
any other cerebellar neurone types was seen, which is in
good agreement with earlier immunohistochemical studies
[2, 16].
Calbindin D28 k mRNA was concentrated
exclusively in the Purkinje cells (Fig. 2a); no staining of
any other cerebellar neurone types was seen, which is in
good agreement with earlier immunohistochemical studies
[2, 16].
Calbindin D28 k mRNA was concentrated
exclusively in the Purkinje cells (Fig. 2a); no staining of
any other cerebellar neurone types was seen, which is in
good agreement with earlier immunohistochemical studies
[2, 16].
Calbindin D28 k mRNA was concentrated
exclusively in the Purkinje cells (Fig. 2a); no staining of
any other cerebellar neurone types was seen, which is in
good agreement with earlier immunohistochemical studies
[2, 16].
Calbindin D28 k mRNA was concentrated
exclusively in the Purkinje cells (Fig. 2a); no staining of
any other cerebellar neurone types was seen, which is in
good agreement with earlier immunohistochemical studies
[2, 16].
