000 01305nam a22002417a 4500
999 _c35475
_d35475
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008 210709b ||||| |||| 00| 0 eng d
020 _a9788171399369
041 _aEnglish
082 _223
_a660.6
_bCHO
100 _aChowdhary, Richa,
245 _aNanobiotechnology/
_cRicha Chowdhary.
250 _a1st ed.
260 _aNew Delhi, India :
_bJnanada Prakashan,
_c2018.
300 _aviii, 223p.:
_bill.;
_c24.5 cm.
500 _aR.C.C HB
505 _t1. Future of nanobiotechnology
_t2. What is Nanobiotechnology
_t3. Computational gene
_t4. Biocomputers
_t5. DNA Computing
_t6. Finite-state machine
_t7. Molecular electronics
_t8. Nanomedicine
_t9. Nanolithography
_t10. Nanoimprint lithography
_t11. Contact lithography
_t12. Photolithography
_t13. Soft lithography
_t14. Immersion lithography
_t15. LIGA
_t16. Top-down and bottom-up design
_t17. Photodynamic therapy
_t18. Nanosensor
_t19. DNA
_t20. Raymond gosling
_t21. Nanoparticle
_t22. Biological engineering
_t23. Systems biology
_t24. Nucleic acid analogues
_t25. Expanded genetic code
_t26. Fluorescence in the life sciences
_t27. Nanobiotechnologies-applications, markets and companies
650 _aNanobiotechnology
650 _aBiotechnology
690 _aDepartment of Microbiology
942 _2ddc
_cBOOKS