LAB. EQUIPMENTS

PARASITIC PLANTS
146..Cuscuta (morphology) - A total stem parasite,twisting around the host showing parasitic roots mounted on stand.
147..Cuscuta with host TS - TS of the host plant showing details of the haustoria in LS.
148..Root nodule TS - T. S. root bearing nodule with cells containing nitrogen fixing bacteria.
149..Oobranche with host.
150..Loranthus with host - Detailed.
151..Balanophora. TS.
152..Cassytha with host.
153..Viscum album - A partial stem parasite showing the haustoria.

ANGIOSPERM STEMS
154..Monocot stem anatomy - ( Three dimensional) showing the structure as seen in LS and TS of the stem of maize.
155..Dicot stem anatomy - ( Three dimensional) Showing the structure of dicot stem as seen in TS,LS, and vertical section.
156..Dicot stem TS -Internal details of the primary structure of the stem of the sunflower.
157..Sunflower stem TS secondary growth - A large size detailed model.
158..Monocot (maize) stem TS - A large detailed model.
159..Dracaena stem TS - Abnormal secondary thickening.
BP 159 A Nodal anatomy - Hermanthus.
BP 159 A Nodal anatomy - Calatropus.
BP 159 C Nodal anatomy - Salvadora.

LEAVES
160..Dicot leaf anatomy - Three dimensional structure of the leaf lamina as seen in vertical section of typical bifacial leaf.
161..Monocot leaf TS.- Internal structure of a typical monocot leaf.
162..Dicot leaf TS - Internal details of a Dicot leaf mounted on board.
163..Leaf arrangement (phyllotaxy) - ( A set of four models) On stand showing different types of leaf arrangements in angiosperm.
164..Stomata - Showing guard cells and their relation to the other cells of the epidermis.
 

INSECTIVOROUS PLANTS
165..Drosera (sundew).
166..Dionea ( Venus fly trap.)
167..Nepenthes (pitcher).
168..Sarracenia (pitcher).
169..Utricularia. (bladderwort).
170..Butterwort.
171..Insectivorous plant - ( Set of five plants) On stand set.
 

FLOWER AND INFLORESCENCES
172..Typical Flower - All parts detachable Folding type.
173..Typical Cruciferous Flower.
174..Salvia Flower - Working model with insect.
175..Sun flower - Detachable ray and disc florets.
176..Single Stamen - ( A large size model) On stand.
177..Stamens showing insertion of Anthers - Innate,Adnate,Dorsifixed and Versatile - Set of 4 models on stand.
178..Anther typical - A large size model of typical anther with filament and cross-section of anther lobes.
179..Inflorescence- Each on seperate stand.
.a) Typical receme.
.b) Corymb.
.c) Spadix.
.d) Simple umbel.
.e) Comppound umble.
.f) Biparous cyme.
.g) Panicie.
.h) Spike.
.i) Capitulumm.
.j) Uniparous cyme,scorpoid.
.k) Uniparous cyme, helicoid.
180..Inflorescence -( Set of above 11 models) on stand.
181..Cyathium - Flower of Euphorbia.

EMBROLOGY AND GERMINATION
182..Germination of pollen grain - ( Set of 8 models) Exhibits clearly the developement of male gametophyte.
183..Microsporogensis - ( Set of 10 models) Showing stages in anther devel-opement and the formation of pollen grains.
184..Anther T.S. - Showing four pollen sacs .
185..Anther - Reduction division in pollen mother cells.
186..Dicot embryo developement - A set of 9 models showing embryo develope-ment in capcella pursapeitoris.
187..Monocot embryo developement - Same as above set of 9 models.
188..Hypogynous arrangement - Showing superior position of ovary.
189..Perigynous arrangement - Showing superior position of ovary.
190..Epigynous arrangement - Showing superior arrangement of ovary.
191..Placentation types - Set of 6 models - Marginal,Parietal,axile,free central,basal superficial.
192..Ovary - Vertical section with horizontal section of stamen.
193..Ovary - Same as above but small size on pedestal stand.
194..Types of ovules - Orthopous, Anatropous,Campylotropus ,Amphitropous set of four.
 

195..Ovule developement - Set of 11 models to show its origin and develope-ment.
196..Maize grain LS - Showing complete internal details.
197..Fertilization - Set of 6 models in show case.
198..Embryo sac LS of ovule - Showing passage of tube to embryo sac.
199..Dicot germination - 8 stages individual on stand.
200..Maize germination of seed - 7 stages individual on stand.
201..Monocot germination - 7 stages in the developement of seedling.
202..Classification of fruits - A set of 20 models showing all common types of fruits fully labelled beautifully arranged in large size.
203..Types of plant cells - set of 12 models.
204..Types of plant cell wall.
 

HYGRADE MICRO MODELS
HYGRADE Models are true to nature with absolute exactitude and clearness. Models ar5e made of plaster of paris and paper machie reinforced with steel wires. Models are labelled and in sealed acrylic cover to keep them dust free.
CMM
1..Typical Plant Cell under electron microscope.
2..Golgi Body under electron microscope.
3..Mitochondria under electron microscope.
4..Nucleus.
5..Types of Lysosomes set of 2 models.
6..Endoplasmic Reticulum.
7..Plastids Microscopic Structure.
8..Typical Chromosome.
9..Types of Chromosomes. set of 3 models.
10..Mitosis cell division set of 10 models.
11..Meiosis cells division set of 10 models.