F u n g i & L i c h e n s
... • Contain cell wall, cell membrane, nucleus,large vacuole,and membrane-bound organelles. • Reproduce asexually by budding. • Used to make bread rise and produce alcohol. ...
... • Contain cell wall, cell membrane, nucleus,large vacuole,and membrane-bound organelles. • Reproduce asexually by budding. • Used to make bread rise and produce alcohol. ...
Meiosis I
... • In metaphase I, the pairs of duplicated chromosomes line up in the center of the cell. • The centromere of each chromatid pair ...
... • In metaphase I, the pairs of duplicated chromosomes line up in the center of the cell. • The centromere of each chromatid pair ...
Lesson Plans for Fred Hopson, 010
... discusion/ meiosis Power point (power model of meiosis in order to show their point is on line) we will finish the power understanding of the topic. point on meiosis as an intro to gamete production. Procedures: warm up/ begin meiosis project (claymation) the students will work Accommodations/Modifi ...
... discusion/ meiosis Power point (power model of meiosis in order to show their point is on line) we will finish the power understanding of the topic. point on meiosis as an intro to gamete production. Procedures: warm up/ begin meiosis project (claymation) the students will work Accommodations/Modifi ...
7 Notes (Kingdom Fungi).
... containing the nuclei. With two different types of nuclei sharing the same cytoplasm, the fungus now enters what’s known as a heterokaryotic stage. (‘Heterokaryon’ means ‘two different nuclei,’ and a hyphae or cell containing two different types of nuclei is called a heterokaryon.) Eventually the di ...
... containing the nuclei. With two different types of nuclei sharing the same cytoplasm, the fungus now enters what’s known as a heterokaryotic stage. (‘Heterokaryon’ means ‘two different nuclei,’ and a hyphae or cell containing two different types of nuclei is called a heterokaryon.) Eventually the di ...
Structure of Fungi - Scienceiskool.com
... the fungi that are not placed in another group because no sexual cycle has been observed (yet!) • Reproductive structure =Conidium ...
... the fungi that are not placed in another group because no sexual cycle has been observed (yet!) • Reproductive structure =Conidium ...
Protists and Fungi
... Collections of dead organic matter No soy sauce No beer No athlete’s feet ...
... Collections of dead organic matter No soy sauce No beer No athlete’s feet ...
Biology Test 2 Study Guide Fungi
... 2. Zygomycetes: bread mold, asexually; reproduces by forming diploid spores 3. Ascomycetes: truffles, fruit mold; penicillin: fungi used to kill off bacteria; form spores in saclike case 4. Basidiomycetes: shell fungi, stink cores; produce clubshaped reproductive structures How do fungi interact w ...
... 2. Zygomycetes: bread mold, asexually; reproduces by forming diploid spores 3. Ascomycetes: truffles, fruit mold; penicillin: fungi used to kill off bacteria; form spores in saclike case 4. Basidiomycetes: shell fungi, stink cores; produce clubshaped reproductive structures How do fungi interact w ...
Traits of fungi: The mycelium: How is its structure related to the
... • Mostly saprobes (eat dead organisms), some parasites • Disease caused by a chytrid fungus appears responsible for many cases of amphibian decline ...
... • Mostly saprobes (eat dead organisms), some parasites • Disease caused by a chytrid fungus appears responsible for many cases of amphibian decline ...
5b Eukaryotic Microbial S and F Fungi
... Fungi are classified according to the type of sexual spore that they form. Sexual spores are usually produced in response to changes in the environment. These result from sexual reproduction and consist of three phases. – Plasmogamy- Haploid nucleus of a donor cell penetrates the cytoplasm of a reci ...
... Fungi are classified according to the type of sexual spore that they form. Sexual spores are usually produced in response to changes in the environment. These result from sexual reproduction and consist of three phases. – Plasmogamy- Haploid nucleus of a donor cell penetrates the cytoplasm of a reci ...
Fungi - My Haiku
... called conidia-are formed at the tips of specialized hyphae called conidiophores. in sexual reproduction when haploid hyphae of two fungi grow close together and produce fruiting body ascus- forms within the fruiting body. Ascospores- when eight cells are formed after mitosis ...
... called conidia-are formed at the tips of specialized hyphae called conidiophores. in sexual reproduction when haploid hyphae of two fungi grow close together and produce fruiting body ascus- forms within the fruiting body. Ascospores- when eight cells are formed after mitosis ...
File
... Reproduce sexually & asexually Longest stage of life cycle is in the haploid (N) stage NOT the diploid (2N) stage. Asexual reproduction is accomplished through the creation and spreading of asexual spores. Sexual reproduction is accomplished through creation and spreading of sexual spores by opposit ...
... Reproduce sexually & asexually Longest stage of life cycle is in the haploid (N) stage NOT the diploid (2N) stage. Asexual reproduction is accomplished through the creation and spreading of asexual spores. Sexual reproduction is accomplished through creation and spreading of sexual spores by opposit ...
2421_Ch12.ppt
... have characteristics of both fungi and animals (classified as protists) complex life cycle (see figs. 12.22 & 12.23, p. 360-361) slime molds resemble giant amoebas ...
... have characteristics of both fungi and animals (classified as protists) complex life cycle (see figs. 12.22 & 12.23, p. 360-361) slime molds resemble giant amoebas ...
lecture notes ch31 fungi
... penetrate plant cell walls, allowing them to grow in between plant cells. Some fungi are decomposers living on dead plant matter. Others parasitize living plants (e.g. rust on wheat). Other fungi live in mutualistic relationships with plants. 7) The fungal life cycle has three phases: a diploid phas ...
... penetrate plant cell walls, allowing them to grow in between plant cells. Some fungi are decomposers living on dead plant matter. Others parasitize living plants (e.g. rust on wheat). Other fungi live in mutualistic relationships with plants. 7) The fungal life cycle has three phases: a diploid phas ...
Handout
... have characteristics of both fungi and animals (classified as protists) complex life cycle (see figs. 12.21 & 12.22, p. 356-7) slime molds resemble giant amoebas life singly, or in aggregates called a plasmodium ...
... have characteristics of both fungi and animals (classified as protists) complex life cycle (see figs. 12.21 & 12.22, p. 356-7) slime molds resemble giant amoebas life singly, or in aggregates called a plasmodium ...
2421_Ch12.ppt
... have characteristics of both fungi and animals (classified as protists) complex life cycle (see figs. 12.21 & 12.22, p. 356-7) slime molds resemble giant amoebas ...
... have characteristics of both fungi and animals (classified as protists) complex life cycle (see figs. 12.21 & 12.22, p. 356-7) slime molds resemble giant amoebas ...
Chapter 12 - Power Point Presentation
... some have holdfasts, stem-like stipes, and leaf-like blades live in water habitats divisions determined by a number of characteristics, including: pigments, cell wall types, and food storage polymers ...
... some have holdfasts, stem-like stipes, and leaf-like blades live in water habitats divisions determined by a number of characteristics, including: pigments, cell wall types, and food storage polymers ...
Directed Reading 11.2 - Blair Community Schools
... to opposite poles of the cell. _____________________ 7. The homologous chromosomes separate. The chromosomes of each pair are pulled to opposite poles of the cell by the spindle fibers. The chromatids do not separate at their centromeres. _____________________ 8. The chromosomes condense, and the nu ...
... to opposite poles of the cell. _____________________ 7. The homologous chromosomes separate. The chromosomes of each pair are pulled to opposite poles of the cell by the spindle fibers. The chromatids do not separate at their centromeres. _____________________ 8. The chromosomes condense, and the nu ...
BIOL 1407 Review Sheet Ch
... penetrate plant cell walls, allowing them to grow in between plant cells. Some fungi are decomposers living on dead plant matter. Others parasitize living plants (e.g. rust on wheat). Other fungi live in mutualistic relationships with plants. 7) The fungal life cycle has three phases: a diploid phas ...
... penetrate plant cell walls, allowing them to grow in between plant cells. Some fungi are decomposers living on dead plant matter. Others parasitize living plants (e.g. rust on wheat). Other fungi live in mutualistic relationships with plants. 7) The fungal life cycle has three phases: a diploid phas ...
SAT Biology Review: Diversity of Life
... temperature of the outside environment. Birds and mammals are endotherms, or warm-blooded, and ...
... temperature of the outside environment. Birds and mammals are endotherms, or warm-blooded, and ...
SAT Biology Review: Diversity of Life
... temperature of the outside environment. Birds and mammals are endotherms, or warm-blooded, and ...
... temperature of the outside environment. Birds and mammals are endotherms, or warm-blooded, and ...
I. Review of Genetics
... B. Anatomy of Fungi Main body is a mesh (mycelium) made of many smaller units (hypha). Hypha is a single cell, surrounded by a cell wall of chitin. Mushroom is one example of a fruiting body, used for reproduction. ...
... B. Anatomy of Fungi Main body is a mesh (mycelium) made of many smaller units (hypha). Hypha is a single cell, surrounded by a cell wall of chitin. Mushroom is one example of a fruiting body, used for reproduction. ...
Comparative Fungi Lab
... are genetically same? ________________________ septate with haploid nuclei D) septate with diploid nuclei E) coenocytic with dipoid nuclei F) septate and dikaryotic Where are the asexual spores in this organism produced? _________________________________ ...
... are genetically same? ________________________ septate with haploid nuclei D) septate with diploid nuclei E) coenocytic with dipoid nuclei F) septate and dikaryotic Where are the asexual spores in this organism produced? _________________________________ ...
Mating in fungi
Mating in fungi is a complex process governed by mating types. Research on fungal mating has focused on several model species with different behaviour. Not all fungi reproduce sexually and many that do are isogamous; the terms ""male"" and ""female"" do not apply to many members of the fungal kingdom. Homothallic species are able to mate with themselves, while in heterothallic species only isolates of opposite mating types can mate.Mating between isogamous fungi may consist only of a transfer of nuclei from one cell to another. Vegetative incompatibility within species often prevent a fungal isolate from mating with another isolate. Isolates of the same incompatibility group do not mate or mating does not lead to successful offspring. High variation has been reported including same chemotype mating, sporophyte to gametophyte mating and biparental transfer of mitochondria.