HIGHLIGHTS
- who: User from the College of Science for Women/ Baghdad University have published the Article: Tissue Culture, in the Journal: (JOURNAL)
SUMMARY
15[ٟاْ أمغبَ خال٠ب ِٕبشئ اٌغزٚس ( Root ٠ )primoridialؼزّذ ػٍ ٝاألٚوغ ٓ١ؿج١ؼ١بً وبْ اِ ٚؼبفبً ا ٞاْ اٌزأص١شاد اٌفغٌٛٛ١ع١خ ٌألٚوغٕ١بد رىّٓ ف ٟص٠بدح أٔمغبَ اٌخال٠ب ٚأٙب رؾٛي اٌخال٠ب اٌجبٌغخ اٌ ٝخال٠ب ِشعز١ّ١خ ٚثزٌه ٠زىِ ْٛشعز ُ١اٌغذاس اٌؼشػ ٟاٌز ٞرٕمغُ خال٠بٖ ٌزى ٓ٠ٛاٌغزٚس. Induced phytoremediation metals from fly ash mediated by plant growth promoting rhizobacteria. 34: 717-727. 2. Arbuscular mycorrhizal fungi: apotential biotechnological tool for phytoremediation of heavy metal contaminated soils. 4(1): 1-15. 3. Myco-remediation.John Wiley and Sons,Inc.Hoboken.New Jersey:592. 4. Cadmium and copper uptake and acculation by Sesbania rostrate seedling, a N-fixing annual plant implications for the mechanism of heavy metal . . .
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