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| − | {{toplink
| + | <FlashCard questions="8"> |
| − | |backcolour = f5fffa | + | |q1=What is mycology? |
| − | |linkpage =Fungi | + | |a1=The study of fungi |
| − | |linktext =FUNGI | + | |l1=Fungi |
| − | |sublink1 =Flash Cards - WikiBugs | + | |q2=What is the function of the cell membrane? |
| − | |subtext1 =WIKIBUGS FLASHCARDS | + | |a2= |
| − | |pagetype =Bugs | + | *First line of defence preventing toxic materials entering the cell |
| − | }}
| + | *Important in the degredation of extra-cellular nutrients |
| | + | |l2=Fungal Structure |
| | + | |q3=Which substances are stored in the cytoplasm in granules? |
| | + | |a3= |
| | + | *Fats |
| | + | *Glycogen |
| | + | *Protein |
| | + | |l3=Fungal Structure |
| | + | |q4=What are the main characteristics of filamentous fungi? |
| | + | |a4= |
| | + | *Branching hyphae |
| | + | *Hyphae grow to form a mycelium |
| | + | *Aerial hyphae produce conidiospores and sporangiospores |
| | + | *Conidia are also produced which are asexual spores |
| | + | |l4=Types of Fungi |
| | + | |q5=What are the main characteristics of dimorphic fungi? |
| | + | |a5= |
| | + | *Develop into a mycelium or another form depending on environmental conditions |
| | + | *Yeast-like parasitic phase |
| | + | *Mycelial saphrophytic phase |
| | + | *Show phenotypic duality |
| | + | |l5=Types of Fungi |
| | + | |q6=How would you recognise yeast cells? |
| | + | |a6= |
| | + | *Oval or round in shape |
| | + | *a6=3µm to 5µm in diameter |
| | + | Reproduce by budding |
| | + | *Yeasts can assimilate sugar and nitrogen and ferment various sugar compounds |
| | + | *Can produce pseudohyphae |
| | + | |l6=Types of Fungi |
| | + | |q7=What are the three types of fungal spore produced? |
| | + | |a7= |
| | + | *Sexual |
| | + | *Asexual |
| | + | *Vegetative |
| | + | |l7=Fungal Reproduction |
| | + | |q8=Fill in the missing words about immunity to fungal infections:<p>Cutaneous and superficial fungal infections are normally ... with recovery associated with a ... to re-infection. As hosts often develop delayed-type ... this resistance appears to be ... .</P> |
| | + | |a8= |
| | + | *Self-limiting |
| | + | *Resistance |
| | + | *Hypersensitivity |
| | + | *Cell-mediated |
| | + | |l8=Immunity to Fungi |
| | + | </FlashCard> |
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| − | ==<font color="purple">Fungi</font>==
| + | [[Category:Fungi]] |
| − | {| border="3" cellpadding="8"
| + | [[Category:Fungi Flashcards]] |
| − | !width="400"|'''Question'''
| + | ]] |
| − | !width="400"|'''Answer'''
| |
| − | !width="150"|'''Article'''
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| − | |-
| |
| − | |<big>'''Fill in the missing words about the insect body'''
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| − | ||<big>The outer layer of the exoskeleton is called the <font color="white">'''''epicuticle'''''</font> which is made of protein and covered by a <font color="white">'''''waxy layer'''''</font>. The inner layers of the exoskeleton are called the <font color="white">'''''endocuticle'''''</font> and the <font color="white">'''''exocuticle'''''</font> which are made of <font color="white">'''''protein'''''</font> and <font color="white">'''''chitin'''''</font>
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| − | ||[[Insecta#Structure and Function|<span title="Answer article">Link to Answer Article</span>]]
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| − | |}
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