Microscopic diagram of mold Cultures: Rhizopus Stolonifer, Aspergillus niger and Penicillium chysogenum
Answer:
Microscopic diagram of colony of Rhizopus stolonifer
(a) R. stolonifer on PDA, (b) Rhizopus stolonifer on
sabouraud; (c) Microscopic view of colony; (d) Sporangiophores are
connected to one another by septate hyphae; (e) Large sac-like
sporangia that contain sporangiospores on long sporangiophore.
Magnification 20X. ( Picture courtesy Gonu et al., 2015)
Microscopic diagram of colony of Aspergillis niger A). A. niger on PDA; B) A. niger on Sabouraud; C) Microscopic view of A. niger colony 10X; D) Septated mycelium of A. niger 20X; E. A. niger head on a conidiophores. Conidiophores terminating in swollen vesicle and conidiophores releasing spore; F) Microscopic image of sporulating structure. Magnification 20X (Picture courtesy Gonu et al., 2015)
Microscopic diagram of colony of Penicillium
chysogenum
Microscopic diagram of mold Cultures: Rhizopus Stolonifer, Aspergillus niger and Penicillium chysogenum
Slide Cultures please fill in the below Colony Apperaence Rhizopus Stolonifer Aspergillus niger Penicillium chysogenum Macroscopic Hypae color spore color underside color
H22041, by the mold Aspergillus niger. The equation representing this Citric acid, CHOy, a component of jams, jellies, and fruity soft drinks, is prepared industrially via fermentation of sucrose, C reaction is as follows. C12H22011 + H20 + 302 → 2 C6H30, + 4 H20 What mass (in kg) of citric acid is produced from exactly 1 metric ton (1x10 kg) of sucrose if the yield is 86.81%? kg
I do not know how to do them can you help me please
Description ( include diseases , system infection and treatment )
of each one ?
1- candida albicans
2- saccharomyces
3- penicillium
4 rhizopus
5- Aspergillus
We were unable to transcribe this imageResults: MOLD DIAGRAM DESCRIPTION (include diseases, system infected and treatment Penicillium Rhizopus Aspergillus DESCRIPTION (include YEAST DIAGRAM diseases, system infected and treatment) Candida albicans 参 c-ute opportun?st in techn Saccharomyces Results: MOLD DIAGRAM DESCRIPTION (include diseases,...
which of these fungi grow faster under the same environment? and why Aspergillus Anthracobia Botrytis Chaetomium Fusarium Mucor Neurospora Penicillium Phycomyces Rhizopus Sordaria
Draw and table the structures of Aspergillus and Penicillium. What is a conidia? What does it produce? and what is its ploidy?
Type of hyphae Penicillium Type of sexual spores Type of asexual spores Septate conidiospore Rhizopus Septate sporang ospore Fungi: Yeast Budding? Sketch of a few cells yes or no Candida albicans yes Saccharomyces Yes 0.800
Chlamydomonas
Volvox
Moss
Liverwort
Fern
Flowers
Cones
Rhizopus
Penicillium
Mushroom
Directions: Determine where each species (above) belongs on
the phylogenetic tree. List 5 additional traits you can add to the
phylogeny.
This is what I have so far. Is this correct? And what traits can
I add/where?
Bacteria/Archaea chlamydomonas volvox fern gymnosperm flowers lichen liverwort cone Fruit moss Flowers Dominant gametophyte Seeds Leaves Vascular tissue Lignin penicillium mushroom Chlorophyll Chloroplasts Cellulose Specialized rhizopus cells Chitin Specialized cells Nucleus
3. Complete the following table, indicating the group to which the organism belongs and the common name for the organism (or the disease it causes) for each of the organisms listed below: 2 ½ points Organism Group Common Name or Disease Ascaris megalocephala Aspergillus niger Candida albicans Fungi Entamoeba histolytica Enterobius vermicularis Mucor hiemalis Necatur americanus Penicillium chrysogenum Plasmodium falciparum Plasmodium vivax Rhizopus stolonifer Taenia pisiformis Helminths Trichinella spiralis
use
the cladogram to classify chlamydomonas, volvox, moss, liverworts,
ferns, flowers, cones, rhizopus, penicillium, mushroom
el a Thiens be Door tortoros geno estran logo erstelbare go ine to heldu b aby sy to comblo Vascular tissue Leaves Lignin Specialized cells Chitin soboto botol . Section cora.. 0.81 over to the cho Specialized cells Dominant gametophyte Chlorophyll Chloroplasts Cellulose Nucleus Bacteria Archaea Name
In mass production of citric acid, cultures of A. niger are fed on glucose or sucrose to produce citric acid. The citric acid is isolated using calcium hydroxide to yield calcium citrate salt, Ca3(C6H5O7)2. To convert back to citric acid, you set up a flow reactor where you flow 122 mg/hr of calcium citrate salt with dilute sulfuric acid, H2SO4. The unbalance reaction to obtain citric acid is H2SO4 + Ca3(C6H5O7)2 + O2 --> C6H8O7 + CaSO4 +H2O Balance the...