M. Milanovic

Seasonal changes in glycogen and trehalose concentration during larval development of worker honey bees (Apis mellifera)

J. Ivanović, M. Janković-Hladni, M. Milanovic, 1983 .

Possible role of neurohormones in the process of acclimatization and acclimation in Morimus funereus larvae (insecta)-I. changes in the neuroendocrine system and target organs (midgut, haemolymph) during the annual cycle

V. Nenadovic, J. Ivanović, M. Janković-Hladni, 1979 .

Anomalous inhibition of c‐Met by the kinesin inhibitor aurintricarboxylic acid

P. Parker, M. Howell, C. Joffre, 2012, International journal of cancer.

ERK2 but not ERK1 mediates HGF-induced motility in non-small cell lung carcinoma cell lines

C. Rossé, P. Parker, A. Hibbert, 2013, Journal of Cell Science.

Midgut of Coleopteran Larvae, the Possible Target Organ for the Action of Neurohormones

V. Nenadovic, J. Ivanović, M. Janković-Hladni, 1978 .

Possible role of neurosecretory cells: Type A in response of Morimus funereus larvae to the effect of temperature

J. Ivanović, M. Janković-Hladni, M. Milanovic, 1975 .

Effect of constant temperature on survival rate, neurosecretion and endocrine cells, and digestive enzymes in Morimus funereus larvae (Cerambycidae: Coleoptera).

J. Ivanović, M. Janković-Hladni, M. Milanovic, 1975, Comparative biochemistry and physiology. A, Comparative physiology.

Possible role of neurohormones in the process of acclimatization and acclimation in Morimus funereus (insecta)—II. Changes in the haemolymph free amino acid content and digestive enzyme activity

J. Ivanović, M. Janković-Hladni, M. Milanovic, 1982 .

Effect of different factors on the metabolism of Morimus funereus larvae

J. Ivanović, M. Janković-Hladni, M. Milanovic, 1984 .

Possible role of neurohomones in the processes of acclimation and stress in Tenebrio molitor and Morimus funereus—I. Changes in the activity of digestive enzymes

J. Ivanović, M. Janković-Hladni, M. Milanovic, 1980 .