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Results: 1-10 |
Results: 10
OLEOSINS OF ARACHIS-HYPOGAEA L (PEANUT) ROOT-NODULE OLEOSOMES (LIPID BODIES)
Authors: KHETMALAS MB BAL AK
Citation: Mb. Khetmalas et Ak. Bal, OLEOSINS OF ARACHIS-HYPOGAEA L (PEANUT) ROOT-NODULE OLEOSOMES (LIPID BODIES), International journal of plant sciences, 158(2), 1997, pp. 136-141
PREWINTER AND POSTWINTER CHANGES IN THE ROOT-NODULES OF LATHYRUS-MARITIMUS (L) BIGEL WITH SPECIAL REFERENCE TO STORAGE ORGANELLES
Authors: BAL AK KHETMALAS MB
Citation: Ak. Bal et Mb. Khetmalas, PREWINTER AND POSTWINTER CHANGES IN THE ROOT-NODULES OF LATHYRUS-MARITIMUS (L) BIGEL WITH SPECIAL REFERENCE TO STORAGE ORGANELLES, International journal of plant sciences, 157(4), 1996, pp. 432-439
TRANSIENT OLEOSOMES (LIPID BODIES) IN EARLY DIFFERENTIATION OF SESBANIA-ROSTRATA NODULES
Authors: BAL AK DENDULURI S
Citation: Ak. Bal et S. Denduluri, TRANSIENT OLEOSOMES (LIPID BODIES) IN EARLY DIFFERENTIATION OF SESBANIA-ROSTRATA NODULES, International journal of plant sciences, 157(1), 1996, pp. 71-79
SYNCYTIUM-INHIBITING AND NEUTRALIZING ACTIVITY IN MATERNAL SERA FAIL TO PREVENT VERTICAL TRANSMISSION OF HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1
Authors: BAL AK MILLER G VISCARELLO R ANDIMAN WA
Citation: Ak. Bal et al., SYNCYTIUM-INHIBITING AND NEUTRALIZING ACTIVITY IN MATERNAL SERA FAIL TO PREVENT VERTICAL TRANSMISSION OF HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1, The Pediatric infectious disease journal, 15(4), 1996, pp. 315-320
FATTY-ACID COMPOSITION OF OLEOSOMES (LIPID BODIES) FROM STEM AND ROOT-NODULES OF SESBANIA-ROSTRATA
Authors: DENDULURI S BAL AK
Citation: S. Denduluri et Ak. Bal, FATTY-ACID COMPOSITION OF OLEOSOMES (LIPID BODIES) FROM STEM AND ROOT-NODULES OF SESBANIA-ROSTRATA, Journal of plant physiology, 147(6), 1996, pp. 633-636
PANTOEA AGGLOMERANS IS THE ETIOLOGIC AGENT FOR BLACK SPOT NECROSIS ONBEACH PEAS
Authors: KHETMALAS MB BAL AK NOBLE LD GOW JA
Citation: Mb. Khetmalas et al., PANTOEA AGGLOMERANS IS THE ETIOLOGIC AGENT FOR BLACK SPOT NECROSIS ONBEACH PEAS, Canadian journal of microbiology, 42(12), 1996, pp. 1252-1257
SYMBIOTIC NITROGEN-FIXING ROOT-NODULES OF LATHYRUS-MARITIMUS (L) BIGEL (BEACH PEA) FROM NEWFOUNDLAND SHORE LINES WITH SPECIAL REFERENCE TO OLEOSOMES (LIPID BODIES)
Authors: BARIMAHASARE J BAL AK
Citation: J. Barimahasare et Ak. Bal, SYMBIOTIC NITROGEN-FIXING ROOT-NODULES OF LATHYRUS-MARITIMUS (L) BIGEL (BEACH PEA) FROM NEWFOUNDLAND SHORE LINES WITH SPECIAL REFERENCE TO OLEOSOMES (LIPID BODIES), Plant, cell and environment, 17(1), 1994, pp. 115-119
ULTRASTRUCTURE OF SYNCHYTRIUM-ENDOBIOTICUM RESTING SPORES AND ENHANCEMENT OF GERMINATION USING SNAILS
Authors: HAMPSON MC YANG AF BAL AK
Citation: Mc. Hampson et al., ULTRASTRUCTURE OF SYNCHYTRIUM-ENDOBIOTICUM RESTING SPORES AND ENHANCEMENT OF GERMINATION USING SNAILS, Mycologia, 86(6), 1994, pp. 733-740
ELECTRON-DENSE MATERIAL IN THE CELL-WALL PLASMA-MEMBRANE INTERFACE OFSPECIALIZED CORTICAL-CELLS OF PEANUT NODULES
Authors: BAL AK
Citation: Ak. Bal, ELECTRON-DENSE MATERIAL IN THE CELL-WALL PLASMA-MEMBRANE INTERFACE OFSPECIALIZED CORTICAL-CELLS OF PEANUT NODULES, Cell biology international, 17(2), 1993, pp. 227-233
ROLES OF PLANT HOMOLOGS OF RAB1P AND RAB7P IN THE BIOGENESIS OF THE PERIBACTEROID MEMBRANE, A SUBCELLULAR COMPARTMENT FORMED DE-NOVO DURINGROOT-NODULE SYMBIOSIS
Authors: CHEON CI LEE NG SIDDIQUE ABM BAL AK VERMA DPS
Citation: Ci. Cheon et al., ROLES OF PLANT HOMOLOGS OF RAB1P AND RAB7P IN THE BIOGENESIS OF THE PERIBACTEROID MEMBRANE, A SUBCELLULAR COMPARTMENT FORMED DE-NOVO DURINGROOT-NODULE SYMBIOSIS, EMBO journal, 12(11), 1993, pp. 4125-4135
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